ELECTRONIC BEAM SCANNING IN MILLIMETER-WAVE BAND WITH DIELECTRIC-FERRITE LOADED ANTENNAS

SILICON MICROMACHINING AND MICROFABRICATION TECHNIQUES FOR INTEGRATED SENSOR AND ACTUATOR SYSTEMS Akın, Tayfun (1994-04-14)
SHORT-TERM HYDROTHERMAL COORDINATION BY USING MULTIPASS DYNAMIC-PROGRAMMING WITH SUCCESSIVE APPROXIMATION Erkmen, İsmet; KARATAS, B (1994-04-14)
A GATE ARRAY CHIP FOR HIGH-FREQUENCY DSP APPLICATIONS UNGAN, IE; ASKAR, M (1994-04-14) A gate array architecture for high speed correlation and convolution is described. A gate array chip based on this architecture is designed and an FIR filter is implemented on thm chip. Bit-level array in pipeline structure is used in the architecture. For high 1/0 data rate, true single phase clocking circuit technique in CMOS is applied. The gate array chip is designed in 1.2pm CMOS with the programming layer metal-2 only. Spice and Verilog simulations show that the throughput is over 100 MHz
AN ADAPTIVE HYBRID ARQ SCHEME FOR SLOWLY TIME-VARYING COMMUNICATION CHANNELS MEMISOGLU, AT; BILGEN, S (1994-04-14) An adaptive hybrid ARQ scheme for slowly timevarying channels that aims to maximize the average throughput under a given reliability constraint is presented. Punctured convolutional codes and the Viterbi algorithm with the Yamemoto-Itoh retransmission protocol are employed for encoding and decoding, respectively. A procedure based on exponentially weighted moving averages is developed to detect channel state changes
Content delivery networks and their roles in eLearning Turker, MA (2004-04-30) Content Delivery Networks (CDN) utilize the large caching capacities at the edges of the network to case down the media serving requirements of Internet sites and to enable faster delivery of content to the end users. CDN technology can scale from small enterprise networks to large global networks. In the case of eLearning content, a heterogeneous network with a mixture of options can be used. CDN caches are updated frequent enough to mirror the right content of the site, yet the updates are at times which ...