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3d face reconstruction using deep learning.
Supervisor: Medeiros de Carvalho, R. (Supervisor 1), Gallucci, A. (Supervisor 2) & Vanschoren, J. (Supervisor 2)
Student thesis : Master
Achieving Long Term Fairness through Curiosity Driven Reinforcement Learning: How intrinsic motivation influences fairness in algorithmic decision making
Supervisor: Pechenizkiy, M. (Supervisor 1), Gajane, P. (Supervisor 2) & Kapodistria, S. (Supervisor 2)
Activity Recognition Using Deep Learning in Videos under Clinical Setting
Supervisor: Duivesteijn, W. (Supervisor 1), Papapetrou, O. (Supervisor 2), Zhang, L. (External person) (External coach) & Vasu, J. D. (External coach)
A Data Cleaning Assistant
Supervisor: Vanschoren, J. (Supervisor 1)
Student thesis : Bachelor
A Data Cleaning Assistant for Machine Learning
A deep learning approach for clustering a multi-class dataset.
Supervisor: Pei, Y. (Supervisor 1), Marczak, M. (External person) (External coach) & Groen, J. (External person) (External coach)
Aerial Imagery Pixel-level Segmentation
A framework for understanding business process remaining time predictions.
Supervisor: Pechenizkiy, M. (Supervisor 1) & Scheepens, R. J. (Supervisor 2)
A Hybrid Model for Pedestrian Motion Prediction
Supervisor: Pechenizkiy, M. (Supervisor 1), Muñoz Sánchez, M. (Supervisor 2), Silvas, E. (External coach) & Smit, R. M. B. (External coach)
Algorithms for center-based trajectory clustering
Supervisor: Buchin, K. (Supervisor 1) & Driemel, A. (Supervisor 2)
Allocation Decision-Making in Service Supply Chain with Deep Reinforcement Learning
Supervisor: Zhang, Y. (Supervisor 1), van Jaarsveld, W. L. (Supervisor 2), Menkovski, V. (Supervisor 2) & Lamghari-Idrissi, D. (Supervisor 2)
Analyzing Policy Gradient approaches towards Rapid Policy Transfer
An empirical study on dynamic curriculum learning in information retrieval.
Supervisor: Fang, M. (Supervisor 1)
An Explainable Approach to Multi-contextual Fake News Detection
Supervisor: Pechenizkiy, M. (Supervisor 1), Pei, Y. (Supervisor 2) & Das, B. (External person) (External coach)
An exploration and evaluation of concept based interpretability methods as a measure of representation quality in neural networks
Supervisor: Menkovski, V. (Supervisor 1) & Stolikj, M. (External coach)
Anomaly detection in image data sets using disentangled representations
Supervisor: Menkovski, V. (Supervisor 1) & Tonnaer, L. M. A. (Supervisor 2)
Anomaly Detection in Polysomnography signals using AI
Supervisor: Pechenizkiy, M. (Supervisor 1), Schwanz Dias, S. (Supervisor 2) & Belur Nagaraj, S. (External person) (External coach)
Anomaly detection in text data using deep generative models
Supervisor: Menkovski, V. (Supervisor 1) & van Ipenburg, W. (External person) (External coach)
Anomaly Detection on Dynamic Graph
Supervisor: Pei, Y. (Supervisor 1), Fang, M. (Supervisor 2) & Monemizadeh, M. (Supervisor 2)
Anomaly Detection on Finite Multivariate Time Series from Semi-Automated Screwing Applications
Supervisor: Pechenizkiy, M. (Supervisor 1) & Schwanz Dias, S. (Supervisor 2)
Anomaly Detection on Multivariate Time Series Using GANs
Supervisor: Pei, Y. (Supervisor 1) & Kruizinga, P. (External person) (External coach)
Anomaly detection on vibration data
Supervisor: Hess, S. (Supervisor 1), Pechenizkiy, M. (Supervisor 2), Yakovets, N. (Supervisor 2) & Uusitalo, J. (External person) (External coach)
Application of P&ID symbol detection and classification for generation of material take-off documents (MTOs)
Supervisor: Pechenizkiy, M. (Supervisor 1), Banotra, R. (External person) (External coach) & Ya-alimadad, M. (External person) (External coach)
Applications of deep generative models to Tokamak Nuclear Fusion
Supervisor: Koelman, J. M. V. A. (Supervisor 1), Menkovski, V. (Supervisor 2), Citrin, J. (Supervisor 2) & van de Plassche, K. L. (External coach)
A Similarity Based Meta-Learning Approach to Building Pipeline Portfolios for Automated Machine Learning
Aspect-based few-shot learning.
Supervisor: Menkovski, V. (Supervisor 1)
Assessing Bias and Fairness in Machine Learning through a Causal Lens
Supervisor: Pechenizkiy, M. (Supervisor 1)
Assessing fairness in anomaly detection: A framework for developing a context-aware fairness tool to assess rule-based models
Supervisor: Pechenizkiy, M. (Supervisor 1), Weerts, H. J. P. (Supervisor 2), van Ipenburg, W. (External person) (External coach) & Veldsink, J. W. (External person) (External coach)
A Study of an Open-Ended Strategy for Learning Complex Locomotion Skills
A systematic determination of metrics for classification tasks in openml, a universally applicable emm framework.
Supervisor: Duivesteijn, W. (Supervisor 1), van Dongen, B. F. (Supervisor 2) & Yakovets, N. (Supervisor 2)
Automated machine learning with gradient boosting and meta-learning
Automated object recognition of solar panels in aerial photographs: a case study in the liander service area.
Supervisor: Pechenizkiy, M. (Supervisor 1), Medeiros de Carvalho, R. (Supervisor 2) & Weelinck, T. (External person) (External coach)
Automatic data cleaning
Automatic scoring of short open-ended questions.
Supervisor: Pechenizkiy, M. (Supervisor 1) & van Gils, S. (External coach)
Automatic Synthesis of Machine Learning Pipelines consisting of Pre-Trained Models for Multimodal Data
Automating string encoding in automl, autoregressive neural networks to model electroencephalograpy signals.
Supervisor: Vanschoren, J. (Supervisor 1), Pfundtner, S. (External person) (External coach) & Radha, M. (External coach)
Balancing Efficiency and Fairness on Ride-Hailing Platforms via Reinforcement Learning
Supervisor: Tavakol, M. (Supervisor 1), Pechenizkiy, M. (Supervisor 2) & Boon, M. A. A. (Supervisor 2)
Benchmarking Audio DeepFake Detection
Better clustering evaluation for the openml evaluation engine.
Supervisor: Vanschoren, J. (Supervisor 1), Gijsbers, P. (Supervisor 2) & Singh, P. (Supervisor 2)
Bi-level pipeline optimization for scalable AutoML
Supervisor: Nobile, M. (Supervisor 1), Vanschoren, J. (Supervisor 1), Medeiros de Carvalho, R. (Supervisor 2) & Bliek, L. (Supervisor 2)
Block-sparse evolutionary training using weight momentum evolution: training methods for hardware efficient sparse neural networks
Supervisor: Mocanu, D. (Supervisor 1), Zhang, Y. (Supervisor 2) & Lowet, D. J. C. (External coach)
Boolean Matrix Factorization and Completion
Supervisor: Peharz, R. (Supervisor 1) & Hess, S. (Supervisor 2)
Bootstrap Hypothesis Tests for Evaluating Subgroup Descriptions in Exceptional Model Mining
Supervisor: Duivesteijn, W. (Supervisor 1) & Schouten, R. M. (Supervisor 2)
Bottom-Up Search: A Distance-Based Search Strategy for Supervised Local Pattern Mining on Multi-Dimensional Target Spaces
Supervisor: Duivesteijn, W. (Supervisor 1), Serebrenik, A. (Supervisor 2) & Kromwijk, T. J. (Supervisor 2)
Bridging the Domain-Gap in Computer Vision Tasks
Supervisor: Mocanu, D. C. (Supervisor 1) & Lowet, D. J. C. (External coach)
CCESO: Auditing AI Fairness By Comparing Counterfactual Explanations of Similar Objects
Supervisor: Pechenizkiy, M. (Supervisor 1) & Hoogland, K. (External person) (External coach)
Clean-Label Poison Attacks on Machine Learning
Supervisor: Michiels, W. P. A. J. (Supervisor 1), Schalij, F. D. (External coach) & Hess, S. (Supervisor 2)
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Latest thesis topics in data mining for research scholars:
- Performance enhancement of DBSCAN density based clustering algorithm in data mining
- The classification scheme for sentiment analysis of twitter data
- The classification scheme for credit card fraud detection in Data mining
- To propose novel technique for the crime rate prediction in Data Mining
- To evaluate and propose heart disease prediction scheme in Data Mining
- The diabetes prediction technique for Data mining using classification
- Novel Algorithm for the network traffic classification in Data Mining
- To design voting based classification method for the student performance evaluation
- The hybrid classification method for the fake news detection in data mining.
- To propose novel classification method for insurance policy fraud detection
What is a data set?
A data set is a collection of similar data. We can also refer data set as a single database. In a data set, the data is stored in an organized form which can be accessed by applying some logic. Following are the types of data set;
File-based data set
Folder based data set
Database data set
Web-based data set
Process of Data Mining
Data Mining is a comparatively new technology to determine the futuristic trends. Data Mining tends to extract out valuable information from large unused data using statistical techniques or by using techniques of artificial intelligence and machine learning. The extracted data can be used to increase the sales, grow the business, to analyze the market trends and also in fraud detection. Students working on Ph.D. thesis in Data Mining can explain about the process in their work. Data mining is a repetitive process and it goes through the following phases as given by Cross Industry Standard Process for data mining (CRISP-DM) process model:
Problem definition – In the first phase, the business objectives and needs are determined based on the current scenario. Its requirements are studied and then an evaluation plan is prepared taking into consideration various assumptions, constraints, and conditions.
Data understanding and exploration – In this phase, the available data is collected and explored. While exploring, the experts identify the underlying problems with data using certain statistical methods. The quality of data is also checked in this phase.
Data preparation – Once the raw data is collected, it is selected, cleansed and formatted in a desired way. The data is then prepared for modeling by selecting tables, records, cases, and attributes. While preparing, the meaning of data is not at all changed.
Modeling – In this phase various modeling techniques are applied to the prepared data including mining functions and a model is created. After the model is created, it goes through testing to verify and validate the model. Some other models are also generated using modeling tools. The models are then accessed in the presence of expertise to check whether it meets business requirements or not.
Evaluation – After the model is created, it is evaluated by a team of experts to verify it in terms of business objectives. It don’t satisfy the needs then it again goes through the modeling phase. After the successful completion of this phase, the use of data mining results is decided by the experts.
Deployment – In this phase, the plans for deployment, maintenance, and monitoring is prepared for implementation. A properly organized report of data mining is prepared which will be a summary of the whole process
Data Mining Techniques
Following are some of the data mining techniques used for data mining process:
Association – In this technique, a pattern is identified based on the relationship between items of similar proceedings. A customer behavior can be analyzed by an analyst using association technique based on his buying patterns.
Classification – This technique of data mining is based on machine learning using the concepts of decision trees, linear programming, neural networks, and statistics. In this items are classified into predefined groups and classes. This method depends upon predictions made using predefined techniques.
Clustering – Clustering is the process of making a cluster of abstract objects having similar characteristics. Clustering technique is used in Machine Learning, Image Analysis, Pattern Recognition, and retrieving information.
Decision Trees – It is a graphical technique of data mining in which root of the tree is a condition and its branches are its solutions. This technique of Data Mining is used in Machine Learning.
Prediction – This data mining technique identifies the relationship between independent and dependent variables and is mainly used in predicting the future for a sale.It is an important technique of data mining in which repetitive pattern is recognized in intelligent environments. It helps in predicting future events.
Sequential Analysis – Sequential analysis is a technique that discovers and identifies similar patterns, events, and trends in transactional data over a certain period of time.
Examples of Data Mining
There are various real-life examples of data mining from everyday life. The most common example for this is cross-selling by e-commerce sites based on the searches made by the customer on the web. Another example for this is the loyalty card programme run by various stores and markets to gather valuable customer information. Fraud detection, particularly in the field of telecommunication and card sale service, is another example for this. Data mining helps in determining duration, location and time of the call in case of fraud calls.
Data Mining Trends
Data mining is used in wide range of areas from telecommunication to financial areas. It is also being taught as a subject in various colleges as a part of the curriculum, particularly in computer science. For masters students, this is a very good thesis topic as well as for research. Numerous agencies are available over the Internet that will provide thesis writing assistance and help for data mining. It is a relatively new technology and yet to reach a wider audience.
Applications of Data Mining
In Medical Science
A lot of data is generated in medical science every day which needs to be managed. Data Mining is useful in this case for extracting valuable information from this data thus generated. Data Mining is helpful in medical science to:
- Detect frauds in hospitals and medical centers
- Explore the business more effectively
- Analyse patient’s health by monitoring his day to day activities
- For successful treatment of a patient’s health
In Banking/Finance
Data Mining can be used to analyze customer behavior by tracking his different purchases and daily activities. We can get information about how much does a customer spends using his credit card and which product he usually buys.
In Marketing and Sales
Data Mining is very helpful, particularly in marketing and sales business. Through data mining, marketing and sales enterprises can make offers to customers based on their purchases and also on what product he usually searches.
In Science and Engineering
Data Mining also finds its application in the field of science and engineering for the development of new products like sensor devices and pattern recognition system. Data Mining also finds its application in Machine Learning, pattern recognition, database management and artificial intelligence.
Thesis, Project and Research Ideas/Topics in Data Mining
Following is the list of data mining thesis ideas and research topics:
- Data Leakage Detection
- Database Text Mining
- Web Content Analysis
- Social Media Mining
- Climate Change Study using Data Mining
- Weather Forecasting using Data Mining
- Opinion Mining
- Enterprise Resource Planning
- Stock Market Analysis
Web Mining is an application of Data Mining and an important topic for research and thesis. It is a technique to discover patterns from WWW i.e World Wide Web. The information for web mining is collected through browser activities, page content and server logins. It is a very good area for master thesis data mining. There are three types of Web Mining:
Web Usage Mining
Web Content Mining
Web Structure Mining
It is a technique to extract usage patterns from Web Data. These patterns are used for understanding the needs of Web-based applications. Web usage mining can also be classified according to the following type of data:
- Web Server Data
- Application Server Data
- Application Level Data
Web Content Mining refers to the extraction of useful information and data from Web Page content. For retrieving information from the web page intelligent tools like web agents are used. Intelligent Systems are created which involve this agent-based approach.
In this technique, graph theory is used for analyzing the node and structure of the website. It can be classified into two different types :
- Identifying and extracting patterns from a hyperlink
- Document structure mining – describing HTML and XML tag usage.
Text Mining
It is an important field of Data Mining. It refers to the process of extracting valuable information from text and is also referred to as text analytics. This high-quality information is extracted through patterns and methods like statistical pattern learning. It is another good area for the Ph.D. thesis on Data Mining. In Text Mining, input data is structured and patterns are derived from this structured data. There are various research areas and thesis topics in the field of text mining.
Applications of Text Mining
Following are the main application areas of Text Mining:
- Competitive Intelligence
- Security Applications like encryption and decryption
- Biomedical Applications for biomedical text mining
- Software Applications
- Business and marketing applications
- Academic Applications
For any thesis help on data mining, contact us . Techsparks provides thesis guidance in data mining.
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Trending Data Mining Thesis Topics
Data mining seems to be the act of analyzing large amounts of data in order to uncover business insights that can assist firms in fixing issues, reducing risks, and embracing new possibilities . This article provides a complete picture on data mining thesis topics where you can get all information regarding data mining research
How does data mining work?
- A standard data mining design begins with the appropriate business statement in the questionnaire, the appropriate data is collected to tackle it, and the data is prepared for the examination.
- What happens in the earlier stages determines how successful the later versions are.
- Data miners should assure the data quality they utilize as input for research because bad data quality results in poor outcomes.
- Establishing a detailed understanding of the design factors, such as the present business scenario, the project’s main business goal, and the performance objectives.
- Identifying the data required to address the problem as well as collecting this from all sorts of sources.
- Addressing any errors and bugs, like incomplete or duplicate data, and processing the data in a suitable format to solve the research questions.
- Algorithms are used to find patterns from data.
- Identifying if or how another model’s output will contribute to the achievement of a business objective.
- In order to acquire the optimum outcome, an iterative process is frequently used to identify the best method.
- Getting the project’s findings suitable for making decisions in real-time
The techniques and actions listed above are repeated until the best outcomes are achieved. Our engineers and developers have extensive knowledge of the tools, techniques, and approaches used in the processes described above. We guarantee that we will provide the best research advice w.r.t to data mining thesis topics and complete your project on schedule. What are the important data mining tasks?
Data Mining Tasks
- Data mining finds application in many ways including description, Analysis, summarization of data, and clarifying the conceptual understanding by data description
- And also prediction, classification, dependency analysis, segmentation, and case-based reasoning are some of the important data mining tasks
- Regression – numerical data prediction (stock prices, temperatures, and total sales)
- Data warehousing – business decision making and large-scale data mining
- Classification – accurate prediction of target classes and their categorization
- Association rule learning – market-based analytical tools that were involved in establishing variable data set relationship
- Machine learning – statistical probability-based decision making method without complicated programming
- Data analytics – digital data evaluation for business purposes
- Clustering – dataset partitioning into clusters and subclasses for analyzing natural data structure and format
- Artificial intelligence – human-based Data analytics for reasoning, solving problems, learning, and planning
- Data preparation and cleansing – conversion of raw data into a processed form for identification and removal of errors
You can look at our website for a more in-depth look at all of these operations. We supply you with the needed data, as well as any additional data you may need for your data mining thesis topics . We supply non-plagiarized data mining thesis assistance in any fresh idea of your choice. Let us now discuss the stages in data mining that are to be included in your thesis topics
How to work on a data mining thesis topic?
The following are the important stages or phases in developing data mining thesis topics.
- First of all, you need to identify the present demand and address the question
- The next step is defining or specifying the problem
- Collection of data is the third step
- Alternative solutions and designs have to be analyzed in the next step
- The proposed methodology has to be designed
- The system is then to be implemented
Usually, our experts help in writing codes and implementing them successfully without hassles . By consistently following the above steps you can develop one of the best data mining thesis topics of recent days. Furthermore, technically it is important for you to have a better idea of all the tasks and techniques involved in data mining about which we have discussed below
- Data visualization
- Neural networks
- Statistical modeling
- Genetic algorithms and neural networks
- Decision trees and induction
- Discriminant analysis
- Induction techniques
- Association rules and data visualization
- Bayesian networks
- Correlation
- Regression analysis
- Regression analysis and regression trees
If you are looking forward to selecting the best tool for your data mining project then evaluating its consistency and efficiency stands first. For this, you need to gain enough technical data from real-time executed projects for which you can directly contact us. Since we have delivered an ample number of data mining thesis topics successfully we can help you in finding better solutions to all your research issues. What are the points to be remembered about the data mining strategy?
- Furthermore, data mining strategies must be picked before instruments in order to prevent using strategies that do not align with the article’s true purposes.
- The typical data mining strategy has always been to evaluate a variety of methodologies in order to select one which best fits the situation.
- As previously said, there are some principles that may be used to choose effective strategies for data mining projects.
- Since they are easy to handle and comprehend
- They could indeed collaborate with definitional and parametric data
- Tare unaffected by critical values, they could perhaps function with incomplete information
- They could also expose various interrelationships and an absence of linear combinations
- They could indeed handle noise in records
- They can process huge amounts of data.
- Decision trees, on the other hand, have significant drawbacks.
- Many rules are frequently necessary for dependent variables or numerous regressions, and tiny changes in the data can result in very different tree architectures.
All such pros and cons of various data mining aspects are discussed on our website. We will provide you with high-quality research assistance and thesis writing assistance . You may see proof of our skill and the unique approach that we generated in the field by looking at the samples of the thesis that we produced on our website. We also offer an internal review to help you feel more confident. Let us now discuss the recent data mining methodologies
Current methods in Data Mining
- Prediction of data (time series data mining)
- Discriminant and cluster analysis
- Logistic regression and segmentation
Our technical specialists and technicians usually give adequate accurate data, a thorough and detailed explanation, and technical notes for all of these processes and algorithms. As a result, you can get all of your questions answered in one spot. Our technical team is also well-versed in current trends, allowing us to provide realistic explanations for all new developments. We will now talk about the latest data mining trends
Latest Trending Data Mining Thesis Topics
- Visual data mining and data mining software engineering
- Interaction and scalability in data mining
- Exploring applications of data mining
- Biological and visual data mining
- Cloud computing and big data integration
- Data security and protecting privacy in data mining
- Novel methodologies in complex data mining
- Data mining in multiple databases and rationalities
- Query language standardization in data mining
- Integration of MapReduce, Amazon EC2, S3, Apache Spark, and Hadoop into data mining
These are the recent trends in data mining. We insist that you choose one of the topics that interest you the most. Having an appropriate content structure or template is essential while writing a thesis . We design the plan in a chronological order relevant to the study assessment with this in mind. The incorporation of citations is one of the most important aspects of the thesis. We focus not only on authoring but also on citing essential sources in the text. Students frequently struggle to deal with appropriate proposals when commencing their thesis. We have years of experience in providing the greatest study and data mining thesis writing services to the scientific community, which are promptly and widely acknowledged. We will now talk about future research directions of research in various data mining thesis topics
Future Research Directions of Data Mining
- The potential of data mining and data science seems promising, as the volume of data continues to grow.
- It is expected that the total amount of data in our digital cosmos will have grown from 4.4 zettabytes to 44 zettabytes.
- We’ll also generate 1.7 gigabytes of new data for every human being on this planet each second.
- Mining algorithms have completely transformed as technology has advanced, and thus have tools for obtaining useful insights from data.
- Only corporations like NASA could utilize their powerful computers to examine data once upon a time because the cost of producing and processing data was simply too high.
- Organizations are now using cloud-based data warehouses to accomplish any kinds of great activities with machine learning, artificial intelligence, and deep learning.
The Internet of Things as well as wearable electronics, for instance, has transformed devices to be connected into data-generating engines which provide limitless perspectives into people and organizations if firms can gather, store, and analyze the data quickly enough. What are the aspects to be remembered for choosing the best data mining thesis topics?
- An excellent thesis topic is a broad concept that has to be developed, verified, or refuted.
- Your thesis topic must capture your curiosity, as well as the involvement of both the supervisor and the academicians.
- Your thesis topic must be relevant to your studies and should be able to withstand examination.
Our engineers and experts can provide you with any type of research assistance on any of these data mining development tools . We satisfy the criteria of your universities by ensuring several revisions, appropriate formatting and editing of your thesis, comprehensive grammar check, and so on . As a result, you can contact us with confidence for complete assistance with your data mining thesis. What are the important data mining thesis topics?
Research Topics in Data Mining
- Handling cost-effective, unbalanced non-static data
- Issues related to data mining and their solutions
- Network settings in data mining and ensuring privacy, security, and integrity of data
- Environmental and biological issues in data mining
- Complex data mining and sequential data mining (time series data)
- Data mining at higher dimensions
- Multi-agent data mining and distributed data mining
- High-speed data mining
- Development of unified data mining theory
We currently provide full support for all parts of research study, development, investigation, including project planning, technical advice, legitimate scientific data, thesis writing, paper publication, assignments and project planning, internal review, and many other services. As a result, you can contact us for any kind of help with your data mining thesis topics.
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Ma Dissertation Topics
Dissertation topics for mtech computer science in data mining.
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MTech Thesis In Data Mining
MTech Thesis In Data Mining can do by all post graduate final year students. We offer M.Tech thesis with efficient solving problem approach than under graduate projects. We support M.Tech students to analyze various issues in computing environment, network, security and mining applications. M.Tech students submit their thesis based on issues previous algorithm and ensure better solution to overcome this problem. We provide M.Tech thesis which is used for future reference for next year students. Our main aid of M.Tech thesis is resource sharing strengthen telecommunication process signals, energy conservation and enhance overall system performance.
M.TECH THESIS IN DATA MINING
M.Tech related thesis in computing environment:
We support M.Tech students are studying various type of computing environment such as mobile computing, grid computing, peer to peer computing and cloud computing from Elsevier papers. These applications are not provide accurate result due to lack of security, high volume of power consumption and resource scarcity.
The problems are described as below:
We provide M.Tech thesis with symmetric & asymmetric algorithm for high level secure data storage & transmission. We implement RSA, DES, and AES and triple DES, Homomorphic encryption and diffie Hellman key exchange algorithm.
Resource scarcity:
We handle major problem in computing environment is resource scarcity. We refer resource as memory, CPU, and network bandwidth which equally distributes resources to all computing user is very teddies process. We overcome resource scarcity by introducing efficient virtual machine migration technique.MTech Thesis In Data Mining
Power consumption:
We implement computing environment composed of multiple computer to process user request which consume high level power reduce power utility of computing environment by giving energy efficient and power aware mechanism. In our thesis we identify idle power consumption system & cut down power to save energy level.
APPLICATIONS OF DATA MINING
M.Tech thesis based on mining application:
We propose data, text and image mining application which is an prominent area in mining application. We ensure fast, accurate information retrieval in big data environment which is an challenging task of data mining researchers. We introduce map reduce framework in data mining to reduce server node workload & increase retrieval process speed. We implemented efficient scheduling algorithm and developed more than 70+ thesis in mining to enhance system performance.
Network related M.Tech thesis:
We propose network used for communication among computers and networks. We determine wireless network related thesis from research community and using efficient shortest path find algorithm as ant colony optimization, genetic algorithm and particle swarm optimization. We use this algorithm to identify & accurate packet transmission path. We compute throughput, delay, packet delivery ratio and comparison graph performance by simulation tool such as QUALNET, NS3, NS2, Opnet and OMNET++ in network related M.Tech thesis.MTech Thesis In Data Mining
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Branch: Computer Science
Topic: M.Tech DATA MINING Projects(2018-19)
DST KT C 01 | Characterizing and Countering Communal Micro-blogs During Disaster Events | |
DST KT C 02 | Correlated Matrix Factorization for Recommendation with Implicit Feedback | |
DST KT C 03 | Hashtagger+: Efficient High-Coverage Social Tagging of Streaming News | |
DST KT C 04 | A New Query Recommendation Method Supporting Exploratory Search Based on Search Goal Shift Graphs | |
DST KT C 05 | Optimizing Quality for Probabilistic Skyline Computation and Probabilistic Similarity Search | |
DST KT C 06 | Serendipitous Recommendation in E-Commerce Using Innovator-Based Collaborative Filtering | |
DST KT C 07 | SIMkNN: A Scalable Method for In-Memory kNN Search over Moving Objects in Road Networks | |
DST KT C 08 | Top-k Durable Graph Pattern Queries on Temporal Graphs | |
DST KT C 09 | Topology-driven Diversity for Targeted Influence Maximization with Application to User Engagement in Social Networks | |
DST KT C 010 | Webpage Depth Viewability Prediction using Deep Sequential Neural Networks | |
DST KT C 011 | DeepClue: Visual Interpretation of Text-based Deep Stock Prediction | |
DST KT C 012 | A Survey of Location Prediction on Twitter | |
DST KT C 013 | An Iterative Classification Scheme for Sanitizing Large-Scale Datasets | |
DST KT C 014 | Collaborative Filtering-Based Recommendation of Online Social Voting | |
DST KT C 015 | Computing Semantic Similarity of Concepts in Knowledge Graphs | |
DST KT C 016 | Detecting Stress Based on Social Interactions in Social Networks | |
DST KT C 017 | Dynamic Facet Ordering for Faceted Product Search Engines | |
DST KT C 018 | Mining Competitors from Large Unstructured Datasets | |
DST KT C 019 | Continuous Top-k Monitoring on Document Streams | |
DST KT C 020 | Personal Web Re-visitation by Context and Content Keywords with Relevance Feedback | |
DST KT C 021 | Energy-efficient Query Processing in Web Search Engines | |
DST KT C 022 | Clustering Data Streams Based on Shared Density between Micro-Clusters | |
DST KT C 023 | Booster in High Dimensional Data Classification | |
DST KT C 015 | Efficient Algorithms for Mining Top-K High Utility Itemsets | |
DST KT C 025 | Domain-Sensitive Recommendation with User-Item Subgroup Analysis | |
DST KT C 026 | DARE: A De-duplication-Aware Resemblance Detection and Elimination Scheme for Data Reduction with Low Overheads | |
DST KT C 027 | A Mixed Generative-Discriminative Based Hashing Method | |
DST KT C 028 | DiploCloud: Efficient and Scalable Management of RDF Data in the Cloud | |
DST KT C 029 | Location Aware Keyword Query Suggestion Based on Document Proximity | |
DST KT C 030 | Nearest Keyword Set Search in Multi-Dimensional Datasets | |
DST KT C 031 | Top-Down XML Keyword Query Processing | |
DST KT C 032 | Top-k Spatio-Textual Similarity Join |
Topic: DATA MINING (2017-18)
S.No. | Titles | Download |
DATA MINING | ||
DST 1CP DM 1 | Keyword Search on Temporal Graphs | |
DST 1CP NS2 2 | Efficient Keyword-Aware Representative Travel Route Recommendation | |
DST 1CP NS2 3 | An Approach for Building Efficient and Accurate Social Recommender Systems using Individual Relationship Networks | |
DST 1CP NS2 4 | DRIMUX: Dynamic Rumor Influence Minimization with User Experience in Social Networks | |
DST 1CP NS2 5 | User-Centric Similarity Search | |
DST 1CP NS2 6 | Probabilistic Models For Ad Viewability Prediction On The Web | |
DST 1CP NS2 7 | Understand Short Texts by Harvesting and Analyzing Semantic Knowledge | |
DST 1CP NS2 8 | RAPARE: A Generic Strategy for Cold-Start Rating Prediction Problem | |
DST 1CP NS2 9 | l-Injection: Toward Effective Collaborative Filtering Using Uninteresting Items | |
DST 1CP NS2 10 | Towards Real-Time, Country-Level Location Classification of Worldwide Tweets | |
DST 1CP NS2 11 | Temporal Conformance Analysis and Explanation of Clinical Guidelines Execution: an Answer Set Programming approach | |
DST 1CP NS2 12 | Dynamic Facet Ordering for Faceted Product Search Engines | |
DST 1CP NS2 13 | SociRank: Identifying and Ranking Prevalent News Topics Using Social Media Factors | |
DST 1CP NS214 | Improving Customer Relationship Management Using Data Mining |
DST TO DM 15 | Mining the Most Influential k-Location Set From Massive Trajectories | |
DST TO DM 16 | Energy-efficient Query Processing in Web Search Engines | |
DST TO DM 17 | Advanced Block Nested Loop Join for Extending SSD Lifetime | |
DST TO DM 18 | Feature Selection by Maximizing Independent Classification Information | |
DST TO DM 19 | A Systematic Approach to Clustering Whole Trajectories of Mobile Objects in Road Networks | |
DST TO DM 20 | An Efficient Indexing Method for Skyline Computations with Partially Ordered Domains | |
DST TO DM 21 | Continuous Top-k Monitoring on Document Streams | |
DST TO DM 22 | Dynamic Facet Ordering for Faceted Product Search Engines | |
DST TO DM 23 | Efficient Algorithms for the Identification of Top-k Structural Hole Spanners in Large Social Networks | |
DST TO DM 15 | Feature Constrained Multi-Task Learning Models for Spatiotemporal Event Forecasting | |
DST TO DM 25 | Spectral Ensemble Clustering via Weighted K-means: Theoretical and Practical Evidence | |
DST TO DM 26 | Analyzing Sentiments in One Go: A Supervised Joint Topic Modeling Approach | |
DST TO DM 27 | Data-driven Answer Selection in Community QA Systems | |
DST TO DM 28 | Efficient Top-k Dominating Computation on Massive Data | |
DST TO DM 29 | Online Multi-Task Learning Framework for Ensemble Forecasting | |
DST TO DM 30 | Search Rank Fraud and Malware Detection in Google Play | |
DST TO DM 31 | User Vitality Ranking and Prediction in Social Networking Services: a Dynamic Network Perspective | |
DST TO DM 32 | Collaboratively Training Sentiment Classifiers for Multiple Domains | |
DST TO DM 33 | Semiring Rank Matrix Factorisation | |
DST TO DM 34 | Scalable Algorithms for CQA Post Voting Prediction | |
DST TO DM 35 | On Fault Tolerance for Distributed Iterative Dataflow Processing | |
DST TO DM 36 | Geo-social Influence Spanning Maximization | |
DST TO DM 37 | Efficient Keyword-aware Representative Travel Route Recommendation | |
DST TO DM 38 | Differentially Private Data Publishing and Analysis: a Survey | |
DST TO DM 39 | App Miscategorization Detection: A Case Study on Google Play | |
DST TO DM 40 | Adaptive ensembling of semi-supervised clustering solutions | |
DST TO DM 41 | Searching Trajectories by Regions of Interest | |
DST TO DM 42 | Personal Web Revisitation by Context and Content Keywords with Relevance Feedback | |
DST TO DM 43 | Enhancing Binary Classification by Modeling Uncertain Boundary in Three-Way Decisions | |
DST TO DM 44 | Engagement dynamics and sensitivity analysis of YouTube videos | |
DST TO DM 45 | Discovering Newsworthy Themes From Sequenced Data: A Step Towards Computational Journalism | |
DST TO DM 46 | On Spectral Analysis of Signed and Dispute Graphs: Application to Community Structure | |
DST TO DM 47 | Human-Powered Data Cleaning for Probabilistic ReachabilityQueries on Uncertain Graphs | |
DST TO DM 48 | Keyword Search on Temporal Graphs | |
DST TO DM 49 | Profiling Entities over Time in the Presence of Unreliable Sources | |
DST TO DM 50 | Influence Maximization in Trajectory Databases | |
DST TO DM 51 | User Vitality Ranking and Prediction in Social Networking Services: a Dynamic Network Perspective | |
DST TO DM 52 | Predicting Persuasive Message For Changing Students Attitude Using Data Mining | |
DST TO DM 53 | Experimental Analysis Of Data Mining Application For Intrusion Detection With Features Reduction | |
DST TO DM 54 | Applying Data Mining Techniques In Cyber Crimes | |
DST TO DM 55 | Probabilistic Models For Ad View ability Prediction On The Web | |
DST TO DM 56 | Mining Competitors from Large Unstructured Datasets | |
DST TO DM 57 | GALLOP: Global feature fused Location Prediction for Different Check-in Scenarios | |
DST TO DM 58 | Efficient Clue-based Route Search on Road Networks | |
DST TO DM 59 | Microscopic and Macroscopic spatio-temporal Topic Models for Check-in Data | |
DST TO DM 60 | Large-scale Location Prediction for Web Pages | |
DST TO DM 61 | Modeling Information Diffusion over Social Networks for Temporal Dynamic Prediction | |
DST TO DM 62 | Discrete Nonnegative Spectral Clustering | |
DST TO DM 63 | Managing Temporal Constraints with Preferences: Representation, Reasoning, and Querying | |
DST TO DM 64 | Facilitating Time Critical Information Seeking in Social Media | |
DST TO DM 65 | Stochastic Block modeling and Variational Bayes Learning for Signed Network Analysis | |
DST TO DM 66 | Finding Related Forum Posts through Content Similarity over Intention-based Segmentation | |
DST TO DM 67 | Big Search in Cyberspace | |
DST TO DM 68 | l-Injection: Toward Effective Collaborative Filtering UsingUninteresting Items | |
DST TO DM 69 | Towards Real-Time, Country-Level Location Classification of Worldwide Tweets | |
DST TO DM 70 | Differentially Private Data Publishing and Analysis: a Survey | |
DST TO DM 71 | Scalable Algorithms for CQA Post Voting Prediction | |
DST TO DM 72 | Adaptive ensembling of semi-supervised clustering solutions | |
DST TO DM 73 | A Multi-objective Optimization Approach for Question Routing in Community Question Answering Sevices | |
DST TO DM 74 | Search Rank Fraud and Malware Detection in Google Play | |
DST TO DM 75 | Data-Driven Answer Selection in Community QA Systems | |
DST TO DM 76 | Analyzing Sentiments in One Go: A Supervised Joint Topic Modeling Approach | |
DST TO DM 77 | Energy-efficient Query Processing in Web Search Engines | |
DST TO DM 78 | Online Multi-task Learning Framework for Ensemble Forecasting | |
DST TO DM 79 | Query Expansion with Enriched User Profiles for Personalized Search Utilizing Folksonomy Data | |
DST TO DM 80 | Reducing Uncertainty of Probabilistic Top-k Ranking via Pairwise Crowd sourcing | |
DST TO DM 81 | An Approach for Building Efficient and Accurate Social Recommender Systems using Individual Relationship Networks | |
DST TO DM 82 | A Probabilistic Model of Social Working Memory for Information Retrieval in Social Interactions | |
DST TO DM 83 | Gracker: A Graph-based Planar Object Tracker | |
DST TO DM 84 | Efficient High Utility Pattern Mining for Establishing Manufacturing Plans with Sliding Window Control | |
DST TO DM 85 | Information Seeking in Online Healthcare Communities: The Dual Influence From Social Self and Personal Self | |
DST TO DM 86 | Joint Alignment of Multiple Point Sets with Batch and Incremental Expectation- Maximization | |
DST TO DM 87 | Predicting Social Emotions from Readers’ Perspective | |
DST TO DM 88 | Public Interest Analysis Based on Implicit Feedback of IPTV Users | |
DST TO DM 89 | Uncertain Data Clustering in Distributed Peer-to-Peer Networks | |
DST TO DM 90 | Mining Fashion Outfit Composition Using an End-to-End Deep Learning Approach on Set Data | |
DST TO DM 91 | Supervised and Unsupervised Aspect Category Detection for Sentiment Analysis with Co-Occurrence Data | |
DST TO DM 92 | Design and Implementation of an RFID-Based Customer Shopping Behavior Mining System | |
DST TO DM 93 | A Natural Language Processing Framework for Assessing Hospital Readmissions for Patients with COPD | |
DST TO DM 94 | Event Detection and User Interest Discovering in Social Media Data Streams | |
DST TO DM 95 | Approaches to Cross-Domain Sentiment Analysis: A Systematic Literature Review | |
DST TO DM 96 | Building and Querying an Enterprise Knowledge Graph | |
DST TO DM 97 | A Novel Variable Precision Reduction Approach to Comprehensive Knowledge Systems | |
DST TO DM 98 | Multi-Target Regression via Robust Low-Rank Learning | |
DST TO DM 99 | New Splitting Criteria for Decision Trees in Stationary Data Streams | |
DST TO DM 100 | A Systematic Review on Educational Data Mining | |
DST TO DM 101 | Mining Human Activity Patterns from Smart Home Big Data for Healthcare Applications | |
DST TO DM 102 | Random Forest Classifier for Zero-Shot Learning Based on Relative Attribute | |
DST TO DM 103 | Scientific Workflow Mining in Clouds | |
DST TO DM 104 | Mining Online Discussion Data for Understanding Teachers’ Reflective Thinking | |
DST TO DM 105 | Majority Voting and Pairing with Multiple Noisy Labeling | |
DST TO DM 106 | Detecting Stress Based on Social Interactions in Social Networks | |
DST TO DM 107 | Probabilistic Models For Ad View ability Prediction On The Web | |
DST TO DM 108 | Modeling and Learning Distributed Word Representation with Metadata for Question Retrieval | |
DST TO DM 109 | Collaborative Filtering-Based Recommendation of Online Social Voting |
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An exploration and evaluation of concept based interpretability methods as a measure of representation quality in neural networks Author: Remmits, Y. L. J. A., 30 Sept 2019 Supervisor: Menkovski, V. (Supervisor 1) & Stolikj, M. (External coach) Student thesis: Master
Topics to study in data mining. Data mining is a relatively new thing and many are not aware of this technology. This can also be a good topic for M.Tech thesis and for presentations. Following are the topics under data mining to study: Fraud Detection. Crime Rate Prediction.
This thesis first introduces the basic concepts of data mining, such as the definition of data mining, its basic function, common methods and basic process, and two common data mining methods, classification and clustering. Then a data mining application in network is discussed in detail, followed by a brief introduction on data mining ...
CHAPTER1. Introduction. This thesis for the degree of Master in Science and Engineering at Lule a University of Technology was made at the company Agrenshuset Prepress IT AB in Ornsk oldsvik. This particular topic about analysing data was selected after a discussion with Agrenshuset about their current needs.
M Tech Thesis. July 2015; Authors: ... handle data correlation, event trending, status querying, and data mining. ... data requirements while supporting a variet y of data models and delivering the.
m.tech Thesis in Data Mining PDF - Free download as PDF File (.pdf), Text File (.txt) or read online for free. Scribd is the world's largest social reading and publishing site.
Data mining is concerned with knowledge discovery and finding patterns in. datasets through a process of applying the model to the data [13]. The model, the heart of. the data mining proce ss, is ...
m.tech Thesis Topics in Data Mining - Free download as PDF File (.pdf), Text File (.txt) or read online for free. Scribd is the world's largest social reading and publishing site.
This thesis presents a data mining methodology for this problem, as well as for others in domains with similar types of data, such as human activity monitoring. It focuses on the variable selection stage of the data mining process, where inputs are chosen for models to learn from and make inferences. Selecting inputs from vehicle telemetry data ...
Part-II of the thesis is about Implementing Data Mining Techniques in finding the trends of celebrities death causes over the past decade. The database for training is created from the public and ...
For any thesis help on data mining, contact us. Techsparks provides thesis guidance in data mining. For more details Contact Us. You can call us on this number +91-9465330425 or drop an email at [email protected] for any type of dissertation help in India. You can also fill the query form on the website.
Techniques for data mining in social media Data mining techniques are used in social media to identify trends and patterns in the content that users create. These techniques are very useful for analyzing the data that organizations collect from these platforms. This section discussed about some of the most common data mining techniques used in ...
ery (data mining) from this data has b ecome v ery imp ortan t for the business and scien ti c-researc h comm unities alik e. This do ctoral thesis in tro duces Query Flo c ks, a general framew ork o v er relational data that enables the declarativ e form ulation, systematic optimization, and e cien t pro cessing of a large class of mining ...
Topics/Ideas: Algorithms & Data Structures. An analysis of neural network algorithms' accuracy for processing consumer purchase patterns. A systematic review of the impact of graph algorithms on data analysis and discovery in social media network analysis. How do you write a MTech dissertation? How to Write an M. Tech Thesis?
Integration of MapReduce, Amazon EC2, S3, Apache Spark, and Hadoop into data mining. These are the recent trends in data mining. We insist that you choose one of the topics that interest you the most. Having an appropriate content structure or template is essential while writing a thesis.
Data Mining Topics for m Tech Thesis - Free download as PDF File (.pdf), Text File (.txt) or read online for free. Scribd is the world's largest social reading and publishing site.
MTech Thesis In Data Mining MTech Thesis In Data Mining can do by all post graduate final year students. We offer M.Tech thesis with efficient solving problem approach than under graduate projects..
MTech Thesis In Data Mining can do by all post graduate final year students. We offer M.Tech thesis with efficient solving problem approach than under graduate projects. We support M.Tech students to analyze various issues in computing environment, network, security and mining applications. M.Tech students submit their thesis based on issues previous algorithm and ensure […]
Related Field Statistics: more theory-based more focused on testing hypotheses Machine learning more heuristic focused on improving performance of a learning agent also looks at real-time learning and robotics - areas not part of data mining Data Mining and Knowledge Discovery integrates theory and heuristics focus on the entire process of knowledge discovery, including data cleaning,
These project topics are very helpful in deciding your M.TECH THESIS Topic in the field of DATA MINING Projects.DST Arena is having innovative ideas to shape your career with our projects. We provide CSE PROJECTS support at an affordable cost for the students. ... Data Mining: DST KT C 01: Characterizing and Countering Communal Micro-blogs ...
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