Collaborative Learning through Wireless Grids

Dynamic emergency response communication: The Intelligent Deployable Augmented Wireless Gateway (iDAWG)

“…A proof-of-concept Cognitive Engine/G [11] enabled bridging of waveforms transm Walkie-talkies, P25 radios (analog), GNU R Wi-Fi chips, Ethernet adapters, and Bluetooth provides a good reference design for develop (GNU is a recursive acronym for "GNU Building on preliminary research results for and resource management [14], we investiga traffic scheduling and load balancing sch experience on cognitive engine design [1 leveraged. Our major innovation in the pro CE/G-based inter-connectivity via the iDAW resource utilization, sufficient security, and d The VT Public Safety Cognitive Radio (PSC gateway capability will be a subset of the offered by iDAWG.…”

Ambient Privacy with Wireless Grids: Forging New Concepts of Relationship in 21st Century Information Society

“…By contrast, McKnight claims that for Wireless Grids Innovation Testbed (WiGiT) researchers, wireless grids are "abstracted away to a virtual space of users, machines and heterogeneous networks" with a flexibility "designed to work across multiple dimensions from cloud to edge, hence, wireless grid edgeware" (email correspondence, 18 November, 2013; WiGiT Open Specs v0.3, 10.24). Ramnarine-Rieks, McKnight, and Small [12] describe wireless grids as "an emerging infrastructure that will fundamentally change the way we think about and use computing." This type of emerging infrastructure aligns in important ways with human-centered computing (HCC) as articulated by Sebe [10].…”

“…Ramnarine-Rieks et al [12] describe wireless grid learning environments, designed to improve the process of interaction, negotiation, and collaboration in trusted spaces as, amenable to social interaction. McKnight, Treglia, and Kuehn [13] discuss wireless grids and the potential for personal infrastructure in the context of policy implications around an emergent open standard.…”