Digital Fountain Codes (DCFs) are proven to be very beneficial in providing reliable, yet flexible solutions in data communications over erasure wireless channels.
Residential networks are expected to open a huge market and introduce a bright, new era in telecommunications, by exponentially increasing the network usage, via broadband, added value services.
With the invention of new multiplexing and system techniques combined with a new type of storage material, Bell Labs has made significant strides towards establishing the commercial feasibility of
Several variations on the popular motion-compensated interframe block-coding schemes are proposed.
We present a digital implementation of soft detection for 3- chip differential binary phase-shift keying with improved receiver sensitivity and tolerance to chromatic dispersion.
Computer controlled hardware and software needed for digital implementation of the Q-C method are described.
A novel technique is introduced that emulates optical injection locking in a software enabled coherent receiver (Co-Rx), by optically injecting an optical reference into the Co-Rx signal port.
We propose a digital interference mitigation scheme to reduce the impact of mode coupling in space division multiplexing self-homodyne coherent detection and experimentally verify its effectiveness
Amoeba is a computer model whose goal is to study the origin and evolution of digital life.
It is desirable to substitute a light beam for the electron beam used in the class of devices of which the flying spot scanner and the Williams tube are examples.
