Enhancing Transport Layer Capability in HAPS–Satellite Integrated Architecture

Enhancing Transport Layer Capability in HAPS-Satellite Integrated Architecture

The use of HAPS/UAV to enhance telecommunication capabilities has been proposed as an effective solution to support hot spot communications in limited areas. To ensure communication capabilities even in case of emergency (earthquake, power blackout, chemical/nuclear disaster, terrorist attack), when terrestrial fixed and mobile infrastructures are damaged or become unavailable, the access to sa...

Enhancing Integrated Layer Processing using Common

Enhancing microcantilever capability with integrated AC electroosmotic trapping

Microcantilevers are finding wide applications in detecting biochemical agents. However, their usage has been limited to highly concentrated samples to ensure sufficient deposition of agents onto cantilevers. A pre-concentration or enrichment step will expand their application range to more dilute, practical samples and real-time detection. This paper reports the integration of in-situ particle...

MSOCKS: An Architecture for Transport Layer Mobility

Abstrucr-Mobile nodes of the future will be equiped with multiple network interfaces to take advantage of overlay networks, yet no current mobility systems provide full support for the simultaneous use of multiple interfaces. The need for such support arises when multiple connectivity options are available with different cost, coverage, latency and bandwidth characteristics, and applications wa...

Enhancing Transport of Media Using Physical Layer Based Approach

Wireless networks became ubiquitous. Moreover, due to technology innovations, wireless networks are able to accommodate multimedia streaming applications. As a result wireless networks moved from simple data transfer to losstolerant, delay-sensitive and bandwidth-intensive multimedia applications. As people of all walks of life started using smart phones and the wireless networks encompass them...