Information and communications

Download MI information and communications flyer

CAPABILITY STATEMENT

Information and communications is fast becoming the essential infrastructure of the 21st century. Communications networks provide the connectivity for the ever increasing range of digital applications, services and solutions on which society and businesses rely. The proliferation of mobile devices, sensors and social networks generates massive amounts of data. Monash researchers are helping to ensure a robust digital future through research and development in wireless communications, the internet-of-things, smart infrastructure and innovative ways to effectively manage information.

Focus areas

  • Data science and cybersecurity
  • Machine learning
  • Immersive analytics and visualisation
  • Modelling and optimisation
  • Sensing technologies
  • Telecommunications technologies
  • Robotics and drones

Research capabilities

Monash’s core research capabilities in information and communications are diverse. We have expertise in information management, data wrangling and security, data analytics and machine learning, immersive analytics and visualisation including augmented reality, optimisation, sensors, optical and wireless communications, telecommunications device design and analysis, Application Specific Integrated Circuits (ASICs), Field Programmable Gate Array (FPGA) solutions, EMI shielding work, microwave technologies, coding, data compression and complex modulation schemes. Our researchers are developing new robotics and drones technologies and communications for inspection of remote and difficult to access assets.

Our Centre for Organisational and Social Informatics helps the defence force understand and deploy their data to be able to recreate the justification of key defence decisions.

Our Data Systems and Cyber Security Flagship team resolves errors and inaccuracies in real-time data streams for control of major infrastructure networks and is deployed by major aircraft manufacturers to ensure their aircraft control systems are impregnable to virus and other software attacks.

Our Centre for Data Science help keep Melbourne Airport running, and is critical to a major communications network provider.

Our Modelling Optimisation and Visualisation Flagship schedules some of the largest transport organisations in Australia.

Our sensors and sensor networks will enable continuous feedback on the state of major infrastructure assets. Our communication technologies teams have developed world-leading chipless RFIDs; wireless sensor networks; optical communications; and photonic systems and circuits.

Case study

Location location location!

We spend more than 85% of our time indoors. Indoor Location Based Services (LBSs) are expected to have a bigger impact on our society than maps or GPS. LBSs provide information about a person’s or object’s location inside buildings. LBSs use recent innovations in indoor positioning systems that provide much more accurate information about an object’s location indoors.

A major challenge that still needs to be addressed before indoor LBSs become widely adopted is working out how to efficiently process and query the indoor location data. Monash University researchers Dr Aamir Cheema and Dr David Taniar are developing efficient and scalable technologies to speed up location-based queries. The new technologies have exciting applications including navigation, travel, social networking, gaming, retail and advertising. Dr Cheema’s and Dr Taniar’s research has already garnered interest from shopping centres and marketers.

The innovations arising from this research and LBS will enhance the user experience indoors. This includes navigating a shopping mall, targeted in-store advertising, diversified shopper engagement and personalised guided tours to directing the flow of patients safely and speedily between emergency and the x-ray department.