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External Research Grants

CY 2020
Rich Context - Automated Data Inventory
Principal Investigator: Lim Ee Peng
School of Computing and Information Systems
Funding Source: Coleridge Initiative Inc
Project Synopsis: 

This collaboration with Coleridge Initiative aims to develop entity linking models that automatically identify datasets used in research publications to perform context-rich search and recommendation on research repositories.

CY 2020
Uncovering Vulnerabilities in Machine Learning Frameworks via Software Composition Analysis and Directed Grammar-Based Fuzzing
Principal Investigator: David Lo
School of Computing and Information Systems
Funding Source: National Satellite of Excellence - Trustworthy Software Systems
Project Synopsis: 

Smart systems are increasingly dependent on machine learning frameworks for their feature implementation. These frameworks are built on top of many third-party libraries, which depend on many others. Simply trusting and reusing a framework poses a security risk as the framework and third-party libraries it depends on can contain exploitable vulnerabilities. To mitigate this risk, this project will create an advanced solution that identifies vulnerabilities in popular machine learning frameworks.

CY 2020
Making Big Code Active: From Billions of Code Tokens to Automation
Principal Investigator: David Lo
School of Computing and Information Systems
Funding Source: Singapore Data Science Consortium
Project Synopsis: 

This research collaboration with Zhejiang University seeks to unlock the power of large software data stored in open software repositories for automating three common software development tasks: coding (code completion), commenting (code summarization), and identification of software defects (defect prediction).

CY 2020
Singlish Learning by Crowdsourcing
Principal Investigator: Lim Ee Peng
School of Computing and Information Systems
Funding Source: -
Project Synopsis: 

Singlish is an English Creole language used in Singapore and it is evolving. New words have been introduced from time to time making it difficult to track the development of this language. With Singlish being used largely in informal conversations, it is extremely challenging for any linguistic expert to keep track of its changes. It is therefore necessary to combine machine learning and human expertise in a crowdsourcing approach to construct and maintain a Singlish dictionary at speed and scale, with reasonable quality. This project will use a combination of machine learning and human efforts in a crowdsourcing approach to learn Singlish words so as to build some sort of Singlish dictionary.

CY 2020
Constraint Solving based on Optimisation for Software Analysis
Principal Investigator: Sun Jun
School of Computing and Information Systems
Funding Source: Huawei International Pte Ltd
Project Synopsis: 

Software developers often make use of a method called satisfiability modulo theories (SMT) for program testing, analysis and verification. Unfortunately, SMT has its limitations as it is ineffective for large software that are usually more complicated. As such, the collaborative project with Huawei, aims to develop new constraint solving techniques based on optimization to improve the effectiveness and efficiency of testing and formal verification of software, so that it can be used on large software as well.

CY 2020
K-EMERGE: Knowledge Extraction, Modelling, and Explainable Reasoning for General Expertise
Principal Investigator: Tan Ah Hwee (Project-level)
School of Computing and Information Systems
Funding Source: Agency for Science, Technology and Research's Advanced Material and Engineering Programmatic Fund
Project Synopsis: 

The K-EMERGE research programme, funded by the RIE2020 Advanced Manufacturing and Engineering Programmatic Grant, proposes a knowledge-based AI approach, complemented by advances in deep-learning NLP methods, to address the need for AI systems that are able to perform deep inference for expert-level diagnosis, explanation, instruction, and decision aiding in the context of complex physical systems. As part of the K-EMERGE programme, this project undertaken by SMU aims to develop computational models and technologies for representation, modelling and learning of domain knowledge extracted from text-based technical documents.

CY 2020
BeyondTravel: a Multimodal Travel Records Analytics Framework
Principal Investigator: Zheng Baihua
School of Computing and Information Systems
Funding Source: Ministry of Education’s Academic Research Fund Tier 2
Project Synopsis: 

Through usage of city-scale commuting data (e.g., public transport records captured by smart card EZLink) to perform multimodal data analysis, this project seeks to answer following questions:

  • Question 1: when and where do people commute (related to trip prediction)
  • Question 2: how they commute (related to recovery of the exact routes taken by commuters inside the MRT network)
  • Question 3: why they commute (related to inference of trip purposes)
CY 2020
CONQUEROR:CONcurrent graph QUERy processing on CPU-GPU heterOgenous aRchitecture
Principal Investigator: Li Yuchen
School of Computing and Information Systems
Funding Source: Ministry of Education’s Academic Research Fund Tier 2
Project Synopsis: 

A novel parallel framework named CONQUEROR is proposed in this project to support large scale concurrent graph query processing. The framework is built upon the popular heterogeneous architecture, which consists of both CPUs (central processing units) and GPUs (graphics processing units), and they aim to develop a set of novel parallel approaches to fully harness the unique characteristics of the heterogenous platform for processing millions of graph queries concurrently.

CY 2019
Distributed Ledger Research
Principal Investigator: Paul Griffin
School of Computing and Information Systems
Funding Source: OneConnect Financial Technology (Singapore) Co. Pte. Ltd.
Project Synopsis: 

This research aims to investigate the characteristics of quantum computing for distributed ledger technologies, which include Distributed Ledgers. Distributed Ledgers are now live and in use and there are many issues and limitations such as in scalability, security and determinism. Areas under consideration for improvement is the consensus mechanism and interoperability between Distributed Ledgers and the aim of this research is to investigate quantum mechanisms for these areas.

CY 2019
An end-to-end Adaptive AI-Assisted 3H Care (A3C) system
Principal Investigator: Zhu Feida
School of Computing and Information Systems
Funding Source: AI Singapore
Project Synopsis: 

The proposal covers both the assessment and intervention for hyperglycemia, hypertension, and hyperlipidemia (3H) patients. The system periodically assesses the status of 3H patients, as well as identifies pre-3H persons based on early behavioural patterns, health symptoms and other non-medical factors. The system will also provide individual and group-based adaptive, long-term interventions through gamification.