Supervisor suggested projects

In this page, you will find some project ideas proposed by the supervisors.

List is alphabetically sorted, so please check all supervisors to find the perfect match for you.

IMPORTANT NOTE: Please note that you must contact the supervisor directly to discuss about the project idea. You cannot use their ideas without informing the supervisor who proposed it.

• Provenance based security analytics
• Assessment of security compliance of cloud providers i.e. Evidence-Based Trust Evaluation System (using Cloud Trust Protocol (CTP))
• Security awareness in the cloud
• Incident management automation and incidents information sharing
• Simulation of Security Attacks
• A security approach using artificial intelligence
• Smart home security
• Security situational awareness and visualisation of current level of security state/risks in the industry
• Risk assessment/measurement when moving to the cloud
• Searchable encryption. Efficient method to search over encrypted data/images
• Cyber security teaching and learning

Contact her at: aawad@bournemouth.ac.uk

Alessandro is interested in projects related to:

• Computer vision
• Artificial Intelligence
• Image and Video Analysis
• Data Analysis

Project topics offered:

• Crowd Behaviour Analysis to predict unusual events in Video Sequences

• Image Enhancement to improve colourful region perception in images and videos for people with Colour Blindness

• Deep Learning Architectures and Models for Visual Saliency to predict where Humans lookBold Text

• Detection of Salient Regions in 2d and 360° Images and Videos

• Eye-Tracking data gathering via webcam-based solutions

• Human-Computer Interaction for Digital Content Exploration

• Image and Video Forensics to check on the Content Authenticity

• Biomedical Imaging: Image Classification and Segmentation for Cancer Detection, Blood Vessel Quantification

I am keen to explore new topics with students. Drop an email message and talk about it.

Contact him at: abruno@bournemouth.ac.uk

Andrew is interested in projects related to:

• Designing to facilitate decision making in risky and uncertain environments e.g. Cyber Security, Military, Coastguards, Firefighting, Aviation, Epidemics etc.
• Cyber security management
• Security audit and compliance
• Risk perceptions in cyber security
• The role culture plays in cyber security expert decision making
• Addressing empirical data elicitation challenges in cyber security
• Modelling obstacles and consequences to cyber security decision making
• Researching the use of VR for improved cyber security and awareness

Contact him at: ammanga@bournemouth.ac.uk

Your information.

Generally, any idea around an aspect of Human-Computer Interaction, or Accessibility is a project I would be interested in. I like to think of solution-based projects. Below you will find the Problem (what are you trying to solve with computing), Motivation (why is it an important problem to solve?), Solution (what is your computing-based solution?), and Evaluation (how will you check whether you solved the problem?) for each of these ideas.

Make sure you have reviewed the handbook for the projects and you understand what the artefact requirements are for your degree title. You must also ensure the topic fits within your degree title as well.

0. Emoji Gesture-Based Keyboard Input:

• Problem: Inputting emoji through the visual keyboard is not great.
• Solution: Develop a few different ways to input emoji with custom swipe (or others) gestures.
• Evaluation: Comparative evaluation to see which of your new designs is best

1. IoT Connected Subtitles

• Problem/Motivation: Subtitles could be more interactive and immersive.
• Solution: Using subtitles could we trigger events within the user's viewing area (e.g., subtitles turn on toys, lights, effects etc).
• Evaluation: Qualitative evaluation to see what users think.

2. Online Meeting Enhancements

• Problem: People sometimes engage too much or not at all within large meetings (e.g., staff or group meetings).
• Motivation: This is bad for making sure all voices are evenly heard.
• Solution: Develop different concepts to improve this situation. Current ideas might involve reducing the size of the participant's video screen for every second they are talking. Or enabling a “respawn” rate on unmuting or raising your hand.
• Tracking this sort of thing post-meeting could show how people interacted.
• This project would involve building a web based video chat environment and then applying different modifiers such as described. You would likely need to use Javascript, Node.js, and WebRTC (Web Real Time Communication).

3. Speculative Crypto/NFT-based projects Note: not a crypto specialist, nor a security expert.

• NFTs (Non-fungible tokens) have been very popular so far in 2021 (e.g., https://www.nbatopshot.com/ or https://www.cryptokitties.co/). They have numerous advantages over common collecting, but how could we improve it or move it in new directions? This project could explore either new ideas for NFTs (I have some speculative ideas) or discover how to explain NFTs to users, other ideas could explore how to display, curate, and store NFTs.

• Tracking Cryptocurrency portfolios is often limited to the wallet/exchange or you need to export your wallet data to a service like Koinly (https://koinly.io/). The features are often limited. Could there be a better way for people to track their portfolios without needing to connect their wallets?

• Cryptocurrency and NFTs are potentially contributing to the climate emergency, yet are likely not going away anytime soon. Could you develop a system where you export someone's crypto portfolio and demonstrate how much it has cost the climate? Similar to http://cryptoart.wtf/ but for full portfolios, could you then allow people to offset this?

– Older Ideas –

4. TactColour / Colourfeel

• Problem/Motivation: People with ICVD (impaired colour-vision deficiency) have trouble differentiating colours (e.g., pink versus grey), typical assistive tools do not leverage on their natural colour differentiating ability. For example some people with ICVD hold items closer to their eyes to help them with differentiating colour. See this paper for a similar idea: https://dl.acm.org/citation.cfm?id=3241015
• Solution: A finger mounted camera or colour sensor could provide small details (e.g., the redness/greenness of a colour) via tactile or audible information relayed to a unit on the users wrist.
• Quick Mock-up: Endoscopy Camera/Colour sensor + Arduino/Raspberry PI (may be needed for processing colour) or android phone via bluetooth
• Evaluation: Compare against state of the art, or no assistance

5. Speechreading Aids

• Problem/Motivation: People with a hearing loss sometimes need to use speechreading (commonly called lipreading) to help understand a speaker. These projects aim to enhance people’s ability to speechread more effectively. See https://dl.acm.org/citation.cfm?id=3025560

• Solution Ideas (would need some knowledge of machine learning/computer vision):

1. ColourLips
   • Extract lips from video feed
   • Change colour based on frequency of sound information
   • Change colour based on phoneme (sound) classification
2. DistortLips
   • Extract lips from video feed
   • Alter or exaggerate lip shapes

6. 360 degree video speechreading learning system

• Which may utilise VR devices (such as the Oculus Quest) to improve people’s ability to speechreading in specific situations.

7. How do they say it?: Foreign Language Learning Video App (MirrorMirror)

• Develop a mobile application that helps people learn foreign languages - similar to my MirrorMirror application. https://dl.acm.org/citation.cfm?id=3173600

Contact him at bgorman@bournemouth.ac.uk

Topics:

• software engineering practice and methodology
• model driven software development
• modeling for Internet of Things
• business process modelling and simulation
• data analytics and visualization
• data extraction
• knowledge engineering
• domain specific modeling, metamodeling and model transformations
• automated software development and code generation
• agent based discrete event simulation
• modeling and simulation

Project ideas:

1. An online environment for sensor network modeling and simulation
2. An online diagramming tool for process modeling
3. Extracting data from PDF documents
4. UAV Flight Simulation using FlightGear
5. System design, modeling and simulation for adaptive traffic light signalization
6. An online digital toolkit (2 projects in either sports domain or health domain)
7. Resource allocation tool for managing student supervision (ideally online)
8. Tool support for the assessment of programming tasks
9. Responsible software engineering and ethics in digital games

I am happy to discuss any other project ideas. I am currently available for L6-Final Year Projects and L7-Masters Projects.

Project ideas by SportBU:

• Premium Members App: Last year SportBU launched a virtual premium space that provided BU&AUB students, staff and local community to access additional content on top of their current membership package. This could include a variety of content from Training plans and to dietary advice, to competitions and specialist blogs from the AECC Chiropractic college and Total Therapy Physiotherapists. We are looking for one or more driven students to liaise with IT on behalf of SportBU to create a suitable alternative which we can offer to our premium members as a dedicated platform, with the sole purpose of enhancing the member experience. As this would be building a bespoke package, we'd be looking for you to perform some market research, report your findings and represent SportBU in a professional manner when liaising with the IT Development team.

• Events Booking Platform: Looking ahead to 2021, SportBU is wanting to adapt to a more online, digital, solution to the way we manage bookings, ticket sales and payments. Having this remote platform wouldn't only create a better user experience, in line with the BU 2025 strategy, but would also provide a contingency to the current Virus related (paperless) situation we currently find ourselves in. We hope that, throughout your time working on this project, your efforts will be used for large end of year events such as 'Varsity 2021', 'Sports Ball 2021' and termly events such the 'Colour Run' which we'd happily invite you to attend as well.

• Campus League Football Portal: Any football Fans out there?! SportBU is looking for a solution to the way we manage our league signups, ticket sales and payments. Having this dedicated platform would massively enhance the average user experience, in line with the BU 2025 strategy. Certain expected features would be player profiles, fixtures details, points table, league chat rooms and would be monitored by users at SportBU. We hope that, throughout your time working on this project, your efforts will be used toward the management of all 4 league types that will run in 2021, and after review to be used for future seasons going forward.

A SportBU representative would be assigned to you to aid you through the BU related briefing process and would be your main source of contact for the project as well as for reference should you require it. We look forward to working with you. Any queries regarding the SportBU projects or interested in pursuing? Email: sdewdney@bournemouth.ac.uk and cc Deniz.

Contact her at: dcetinkaya@bournemouth.ac.uk

Project Area 1: Data security and privacy compliance monitoring and violation detection

Securing the privacy of organizational and consumer data, and complying with different cyber security requirements, is an ongoing challenge for those providing services at both a local and global scale. Compliance policies specify allowed system behaviour and are ubiquitous in today's IT systems, ranging from access-control and security policies to regulations of personally identifiable data processing.

In this project area, you will have the opportunity to work on developing techniques and tools to support online monitoring of system behaviours with respect to compliance policies. The goal is to providing data stakeholders with ongoing intelligence about the state of their data.

Possible projects include:

1. develop and implement techniques not only to detect violations, but also to identify the cause of violations
2. improve tool's performance by carefully adapting data structures and query evaluation techniques from databases and stream processing
3. apply, adapt, and extend already developed monitoring techniques to real-world case studies in domains such as intrusion detection or run-time verification
4. investigate and implement techniques for identity and access management
5. analyze and improve techniques for monitoring indicators of compromise and during and after attacks
6. comparative analysis of control measures with the aim of recommending the appropriate corrective measures to put in place to ensure prevention and early detection of intrusions.

Project Area 2: Cyber Threat Intelligence

It is estimated in media reports that the majority of companies have suffered at the hands of cyber intrusions; this supposition is most probably accurate, and the extent is far worse than published, with large scale exfiltration of intellectual property and trade/national secrets. It should be noted that many companies that were compromised had sophisticated IT security controls in place but malware still got through.

Cyber threat intelligence involves the real-time collection, normalisation, and analysis of the data generated by users, applications and infrastructure and information ingested from external sources - that impacts the IT security and risk posture of an enterprise.

In this project area, you will have the opportunity to work on developing and implementing cyber threat intelligence techniques and tools to provide actionable and comprehensive insight that reduces risk and operational effort for any size organization.”

Possible projects include:

1. develop and implement an actionable intelligence platform
2. develop a model for threat landscape understanding
3. develop a framework for threat actor identification, monitoring and intervention
4. develop and implement techniques for threat actor profiling
5. investigation of cyber-criminal ecosystem, their organizational structures and business models

Project Area 3: Cyber security risk analysis and management strategies

Significant effort have been undertaken by both private and government organizations to raise their cyber security capability. However, the daily occurrence of new and advanced cyber-attacks and attack vectors has perpetuated the general lack of understanding of cyber security (especially by non-IT individuals) and has made the measurement as well as enhancement of an organisation's cyber security capability a moving target.

In this project area, you will have the opportunity of investigating the cyber security risk of an organization and providing appropriate cyber security management strategies.

Possible projects include:

1. develop and/or enhance techniques for continuously gauging an organization’s cyber security capability/maturity and recommending improvements
2. investigate and develop a framework for secured application development and deployment
3. develop bespoke cyber security awareness and training procedures that specifically address the work culture and needs of a chosen organization or enterprise

Miscellaneous project areas

Other project areas include investigating and developing solutions in areas covering malware analysis, context-based security, cyber security related data mining and machine learning problems (e.g. indicators of compromise feature monitoring and extractions, sample-sizing, concept-drift, etc.).

Contact him at: eapeh@bournemouth.ac.uk

If I am the client, or otherwise unavailable to supervise the projects myself, I am happy to discuss the details with students and supervisors.

These projects are suitable for degree titles requiring a built artefact (Software Engineering; Computing). I am a client for some.

1. Better bookmark manager. First and foremost it must have a really good UI. I'm happy to talk to you about what that means and other potential features. UI design is not my forte - I need it to be yours! (client)
2. Visuospatial email client. Something that supports a more visual and less hierarchical organisation of email than Outlook. Again, a good UI designer is required. (client)
3. Reference visualisation tool to show convergence of citations and references between papers stored in a bibliographic database. Does not require a fancy UI, this is more about the data.
4. Social clothing (subject to availability of hardware). Wearable tech easily configured by non-techie users. Examples might include face masks that smile or scowl, or T-shirts to facilitate conference networking. Needs research of existing offerings and potential user requirements.
5. Simple TO-DO list with progress tracking. This year I used my student's TO-DO list project to track progress on all my project marking. It worked well but using it identified additional features I wanted. You will not be constrained by the existing design; only requirements will be drawn from the previous project. I will use it when marking projects in 2021. (client)
6. Voice-first dating app No swiping on appearance; users record a voice message to introduce themselves.

These build projects are also suitable for Cyber Security Management and Forensic Computing & Security projects wishing to develop software.

1. Influence detection using the Twitter API for social network analysis to identify lynchpins in a community.

These projects are suitable for Cyber Security Management. Some are also suitable for Forensic Computing & Security.

1. Accidental insider threat detailed risk analysis for Bournemouth University.
2. Bitesize cyber security awareness training using Instagram stories or similar.
3. Usability design standards recommendations for guidelines/legislation requiring manufacturers to make their products easy to use safely (you can choose your focus on hardware and/or software, e.g. routers, email clients, social networking, browsers, IoT)

Cyber Security and Human Factors MSc students may also take some inspiration from the ideas for CSM and FCS projects.

Click here for Gail's supervisor profile

Contact Gail at: gollis@bournemouth.ac.uk

1. An application to check validity of SQL implementations with possible visualisation.
2. A student project progress tracking system.

Contact him at: gliebchen@bournemouth.ac.uk

Topics of interest

1. Machine learning
2. Artificial Intelligence
3. Data mining
4. Pattern recognition

• Applications: Big data Platforms, Intelligent Environments (Smart Homes, Smart Factory, Smart Classroom, Smart Cities), Smart Energy, Telecare, Manufacturing, and Internet of Things … among others.

Students should be ready to do programming.

Current open project ideas (for the academic year 2019/2020):

1. Medical imaging
2. Intensive care
3. Smart homes
4. Smart energy
5. Chatbots
6. Learning analytics

Some of these ideas can accommodate up to 3 student projects. For a formal description of each of these ideas/projects (full descriptive text will be provided), please get in touch with HB. [office hours: Monday 11:00-14 or email see below]. But overall, I am happy to discuss any other project ideas.

I am currently available for L6-Final Year Projects and L7-Masters Projects.

Contact him at: abouchachia@bournemouth.ac.uk

P1: Health and Wellbeing Application Development for the Police Force. Clients: Hampshire Constabulary and Dr Huseyin Dogan.

P2: Authentibility Pass (Digital Passport for Accessible Authentication): determine the most appropriate authentication factors for people with reduced cognitive and/or physical abilities. Clients: CyberASAP, Dr Paul Whittington & Dr Huseyin Dogan.

P3: Evidence-based pregnancy dietary digital toolkit for the management of Gestational Diabetes Mellitus. Clients: Dr Fotini Tsofliou (HSS) and Dr Huseyin Dogan.

P4: Complex needs in primary care: designing an app for promoting self-care of people sleeping rough. Clients: Dr Vanessa Heaslip (HSS) and Dr Huseyin Dogan.

P5: Assistive Technology for Special Educational Needs and Disability (AT4SEND): developing an assistive technology for education toolkit (AT4Ed) to promote and encourage all-inclusive education. Client: Dr Paul Whittington & Dr Huseyin Dogan.

P6: SmartAbility App development: detection of user abilities and development of integrated assistive living technologies. Client: Dr Paul Whittington (BU) & Dr Huseyin Dogan (BU).

P7: Designing a smart care home User Interface (UI) for the ageing population. Client: TBC.

P8: Development of Usable Security heuristics that can be used to enhance trust in User Interfaces for mobile financial services. Client: Stephen Ambore (Head of Digital Financial Services, Central Bank of Nigeria)

P9: Data analytics and human behaviour analysis centred on Anti Money Laundering (AML). Client: TBC, Dr Huseyin Dogan.

Contact him at: hdogan@bournemouth.ac.uk

Topics:

1. Algorithmic aspects of Wireless Sensor Networks
2. Internet of Things (IoT)
3. Algorithmic aspects of Wireless Power Transfer
4. Crowdsourced Systems
5. Artificial Intelligence and IoT

Contact him at mangelopoulos@bournemouth.ac.uk

Note: Good quality projects will be considered for publication in international conferences.

1. Develop a multiple object collision control framework based on HTML 5 canvas.
2. Design and develop a universal gamification service to enable gamification feature in existing apps.
3. Develop a chatbot for improving website navigation.

Contact him at njiang@bournemouth.ac.uk

Further reading:

• http://en.wikipedia.org/wiki/Human%E2%80%93computer_interaction
• http://en.wikipedia.org/wiki/Human_factors_and_ergonomics
• http://www.interaction-design.org/
• http://hcibib.org/

Raian is on career break, please do not contact him.

1. Digital Addiction - Using or Developing Further the B-SmartAware system : http://rali.bournemouth.ac.uk/b-smartaware Please also refer to: https://research.bournemouth.ac.uk/project/dar/ in Collaboration with StreetScene Rehab Centre Bournemouth
2. Regulating Online Gambling Through Persuasive Technology. The EROGamb Project: https://research.bournemouth.ac.uk/project/erogamb/ In collaboration with GambleAware and a range of charities on gambling addiction including The Gambling Therapy
3. A Crowdsourcing Platform for Detecting Hate Crime and Online Harassment in Videos. In collaboration with James Palfreman-Kay from Equality and Diversity office, BU.
4. Gamification, Persuasive Technology and Digital Motivation Design Methods. See: https://www.researchgate.net/project/Engineering-Rightful-and-Effective-Digital-Motivation
5. Interactive and Meaningful Transparency about Privacy Norms in Enterprise Information Systems.. See: http://rali.bournemouth.ac.uk/b-smartaware-transparency

Contact Raian at: rali@bournemouth.ac.uk

Note: Raian will be happy to engage you with external collaborators to provide you with practitioners knowledge and also case studies. This includes the Gambling Therapy, StreetScene Addiction Recovery, etc. See External Project page. Profile: http://rali.bournemouth.ac.uk/ and https://twitter.com/bu_esotics

Further reading and updates: www.bournemouth.ac.uk/esotics and http://www.slideshare.net/Sociad-BU and https://twitter.com/bu_esotics

My main interests are listed below, but I am generally happy to supervise any data science / software development related project. I am particularly interested in the projects related to application of data sicence to the pop culture and sports.

Areas of interest:

• Machine learning
• Data science
• Adaptive systems
• Using ML for sports, music, culture, arts, and video games
• Image recognition
• Related software development

Potential projects (masters and undergraduate):

• Implementation of adaptation techniques for auto_sklearn toolbox.
• Streaming machine learning with deep neural networks.
• Implementation of robot picker arm for RaspberryPi / Jetson Nano based robot.
• Tool for comparison of utility prices
• Anti-phishing app for mobile devices.
• Implementation of computer vision and/or navigation for mobile robots.
• Automatic assignment marking.
• Prediction of meme life period.

The details of the project can be agreed with the interested students. I encourage to publish the results of the project and can assist in securing funding for attending a conference.

Profile: https://staffprofiles.bournemouth.ac.uk/display/rbakirov

Email: rbakirov@bournemouth.ac.uk

Topics of interest:

• Cloud computing technology and applications
• Computer networks
• Application of technology in business and health
• Application of smart technology to improve sea transportation
• Application of smart technology to improve sea port operations

Possible project: To develop an interactive website for a Surgical Innovation framework.

Description: This will be an Innovation Communication Pathway for adoption in Hospitals. Staff and stakeholders can interact, navigate and get access to various contents (audio, video, podcast etc.). It will contribute to the development of a readiness toolkit in collaboration with Royal Bournemouth Hospital to identify and measure teams/departments that have the skills for readiness to adopt innovation more readily.

Possible project: Improving interoperability between cloud-based applications

Possible project: Real-time analysis and display of vital sign data from patients

Project Title: Design and implementation of an integrated network

For further information, please contact Professor Reza Sahandi at: rsahandi@bournemouth.ac.uk

Head of BU Cyber Security Research Group (BUCSR - https://cybersecurity.bournemouth.ac.uk)

Shamal's project ideas can be found at http://www.shamalfaily.com/teaching/project-ideas/

Contact him at: sfaily@bournemouth.ac.uk

Topics:

• Information-centric networking (ICN)
• Complex network analysis
• Modelling of spreading processes in networks
• Network Resilience
• Communications in cyber physical systems (e.g., smart grids)

Projects:

1. Information resilience for communication networks in disaster scenario
2. Information dissemination in mobile networks
3. Spreading phenomena in real networks (e.g., transportation systems such as rail/air/road, communication networks, etc.)
4. Robustness of inter-dependent networks
5. Analysis of multiplex networks

Contact him at wchai@bournemouth.ac.uk

Note:

• Students are encouraged to arrange a meeting to discuss the projects listed above.
• Good quality projects will be considered for publication in international conferences.

Topics:

• Using Twitter APIs to analyse social media usage in SMEs
• Chatbot usage during COVID-19 pandemic
• Dynamic digital factories for agile supply chains
• Digitally enhanced advanced services
• Digital twin

Some past supervised projects:

1_process_improvement_and_business_process_simulation.pdf

2_production_planning_and_optimisatio.pdf

3_integration_with_logistica_system_and_high_speed_shoe_factory.pdf

4.integrating_logistic_systems_and_producting_systems.pdf

5_data_acquisition_and_management.pdf

6_change_management.pdf

Contact her at: lxu@bournemouth.ac.uk

Further reading:

• http://en.wikipedia.org/wiki/Business_process_modeling
• EU H2020 FIRST Project CORDIS: http://cordis.europa.eu/project/rcn/207055_en.html
• EU H2020 FIRST Project: https://www.h2020first.eu/first/bin/view/Main/
• FIRST @YouTube: https://www.youtube.com/channel/UCKy4TMrc4pf0_C6Ahfg0YrQ?view_as=subscriber

Note * Good quality projects will be considered for publication in international conferences.

1. Simulated manufacturing services
2. Manufacturing Ontologies
3. Virtual factory simulation
4. Web based user interaction system
5. Web service suggestion system

If you are interested, he is happy to discuss the project or related projects. Contact him at pdvrieze@bournemouth.ac.uk.

Shahin has no places available for 2020-21. Please contact the Project Coordinator first before contacting him.

1. Visualisation of Artificial Intelligence Algorithms (Evolutionary Algorithms)
2. Adaptive Computer Interfaces (Machine Learning + EEG data)
3. Behavioural Characteristics for Artificial Intelligence in Computer Games (Evolutionary Algorithms + Artificial Neural Networks)
4. A platform for benchmarking Evolutionary Algorithm (Docker + Evolutionary Algorithms)

Contact him at srostami@bournemouth.ac.uk

Note:

• Up to date project information available here: http://shahinrostami.com/#three
• These projects will give you the opportunity to work with relevant and current real-world data-sets. You will require some programming skills.

SW design and development projects:

eLearning - Education:

1. Software development for adaptive VLE

Interface Design:

1. Explainable AI (interface design and social aspects for classification algorithms).

System modelling:

1. Using real-world problems

Business processes:

1. Using real-world problems

More on specific external projects.

Contact her at: smeacham@bournemouth.ac.uk

I'm open for ideas and can support most of our computing programmes!

• The best projects come from you, as I believe you'll get the most out of doing something you're personally passionate about :)

Some general project ideas:

• Visualisation and search application for local food / resources offered by independent sellers
• WebApp / Dashboard for social networks analytics
  • For a company / brand
  • For a topic / area
• Evaluation of semi-supervised machine learning methods (to solve a novel problem)
• Evaluation of multi-objective search and optimisation methods (to solve a novel problem)
• Evaluation of state-of-the art methods for dealing with class imbalance (to solve a novel problem)

Some more advanced project ideas:

• Automatic generation of variations of questions (text) for chatbot training datasets (natural language processing)
• Evolution of artificial neural networks (e.g., for classification - can be single or multi-objective)
• Novel classifier ensembles, e.g.,
  • Evolving composition of ensembles
  • Hierarchical ensembles (e.g., for certain multi-class problems that have a binary nature, like health or intrusion detection)

My interests: https://comp.bournemouth.ac.uk/wiki/doku.php?id=supervisor#dr_vegard_engen_dr_v

Profile: http://staffprofiles.bournemouth.ac.uk/display/vengen

Email: vengen@bournemouth.ac.uk

Location: P429 (or online)

Appointments available for L6 project discussions during 22 -30 Sept 2021

• Thu 16:00 - 17:00
• Fri 10:00 - 12:00
• https://calendly.com/vengen-bu/l6-project-discussion