KELLER, John, 2023. The future of high-performance embedded computing: Fast processors, high-speed networking, and open-systems standards are combining to enable future military applications in object detection and target tracking, and offer a new role for artificial intelligence. Military & Aerospace Electronics. 1 Oktober 2023. Vol. 34, no. 9, p. 20-25.

Keller, J., 2023. The future of high-performance embedded computing: Fast processors, high-speed networking, and open-systems standards are combining to enable future military applications in object detection and target tracking, and offer a new role for artificial intelligence. Military & Aerospace Electronics 34, 20-25.

Keller, J. (2023). The future of high-performance embedded computing: Fast processors, high-speed networking, and open-systems standards are combining to enable future military applications in object detection and target tracking, and offer a new role for artificial intelligence. Military & Aerospace Electronics, 34(9), 20-25.

Keller J (2023) The future of high-performance embedded computing: Fast processors, high-speed networking, and open-systems standards are combining to enable future military applications in object detection and target tracking, and offer a new role for artificial intelligence. Military & Aerospace Electronics 34:20-25

Keller, John, The future of high-performance embedded computing: Fast processors, high-speed networking, and open-systems standards are combining to enable future military applications in object detection and target tracking, and offer a new role for artificial intelligence, Military & Aerospace Electronics 2023, 20-25.