(PREVIOUS TITLE: Outdoor Blast Measurement System at 2.44 GHz- Calibration and Initial Results) There are ever increasing demands, in wireless communications, for additional capacity to handle voi
This memorandum discusses the need for very high speed local- area networks (with delays of the order of tens to hundreds of microseconds) for communication in a high-performance distributed syste
Communication in today's network experiences long delays mainly due to the overhead of software implementation of OSI-based communication protocols.
Saturation absorption measurements by transmission with a few picosecond laser pulses performed on thin Langmuir- Blodgett films of polydiacetylene blue form at the absorption band are reported an
Ethylene-vinyl chloride (E-V) copolymers, obtained through the reductive dechlorination of poly(vinyl chloride) (PVC), were blended from solution with each other and with their constituent homopoly
Bluetooth Low Energy (BLE) is a low-energy personal area wireless network technology that is of increasing importance for large-scale Internet of Things (IoT) deployment.
In this paper, we consider blind adaptive multiuser detection in correlated waveform multiple-access-based cellular radio networks.
A code-aided constant modulus algorithm (CMA) based approach is presented for blind detection of asynchronous short-code DS-CDMA (direct sequence code division multiple access) signals in intersymb
Uniting the strengths of multicarrier (MC) modulation and code division multiple access (CDMA), MC-CDMA systems are of great interest for future broadband transmissions.
We propose and demonstrate a blind chromatic dispersion (CD) estimation technique for single-carrier coherent optical communication systems.
