Perspectives of Autonomous Systems in Military Applications

Designing for Humans in Autonomous Systems: Military Applications

An Overview of Stem Cells Applications in Military Medicine

War's nature is constantly changing over time with the progress in military technology and weapons of war, which has led to a diverse pattern of tissue injuries. Developments in personal protective equipment and body armor, rapid transfer from the battlefield to medical centers, improved resuscitation measures, bleeding control, and wound management have increasingly contributed to the wounded ...

Certification of Autonomous Systems under UK Military Safety Standards

There is growing interest in many sectors in developing highly autonomous systems such as Unmanned Air Vehicles (UAVs) with significant in-mission executive power. Such systems have the potential to replace humans in a variety of dangerous tasks, but there is concern that the combination of novel technologies with demanding tasks and unpredictable environments will lead to new safety challenges...

MIMO Systems for Military Communication/Applications

The Military is embracing the communication revolution, turning to a new generation of sophisticated systems to enable faster, richer, less costly, more flexible, reliable, compact, mobile, jam resistant, low probability of detection, re configurable and spectrally efficient communication. Many of these features can be added to a great extent in the existing systems, by utilising MIMO technolog...

(U) Applications of Miniaturized Atomic Magnetic Sensors in Military Systems

A new generation of miniaturized ultra-high sensitivity atomic magnetometers is being developed and integrated into military systems. These new systems aggregate advances in micro-electromechanical systems, atomic physics, optics, electromagnetics, and data acquisition methodologies for record-level performance in terms of total magnetic field sensitivity while attaining large reductions in siz...