HTML5 for Mobile Apps at the Edge
Software Engineering Institute
Many warfighters and first responders operate at what we call "the tactical edge," where users are constrained by limited communication connectivity, storage availability, processing power, and battery life. In these environments, onboard sensors are used to capture data on behalf of mobile applications to perform tasks such as face recognition, speech recognition, natural language translation, and situational awareness. These applications then rely on network interfaces to send the data to nearby servers or the cloud, if local processing resources are inadequate. While software developers have traditionally used native mobile technologies to develop these applications, the approach has some drawbacks, such as limited portability. In contrast, HTML5 has been touted for its portability across mobile device platforms as well an ability to access functionality without having to download and install applications. In this podcast, Grace Lewis describes research aimed at evaluating the feasibility of using HTML5 to develop applications that can meet tactical edge requirements.
About the Speaker
Grace Lewis is a Principal Researcher and the lead for the Tactical and AI-Enabled Systems (TAS) Initiative at the Carnegie Mellon Software Engineering Institute (SEI). She is a Principal Investigator for two projects in the growing field of software engineering for machine-learning (ML) systems: “Characterizing and Detecting Mismatch in ML-Enabled …Read more
Suzanne Miller is a principal researcher at the Software Engineering Institute of Carnegie Mellon University in the Continuous Deployment of Capability Directorate. Miller actively supports multiple large DoD cyber-physical programs in their Agile/Lean adoption efforts, in addition to designing and teaching Agile courses and workshops tuned to government settings. Miller …Read more