Supplementary section for Understanding Networked Applications: A First Course, Morgan Kaufmann, 1999. Copyright notice: Permission is granted to copy and distribute this material for educational purposes only, provided that this copyright notice remains attached. Concurrency is a key to achieving high throughput for repetitive tasks. Assigning separate tasks to different hosts, they can execut...

This paper describes results regarding cooperative MIMO relaying(CMIMOR), a.k.a virtual antenna arrays(VAA), obtained by Miguel Rodriguez and ongoing work by Fredrik Strömberg. A comparison between CMIMOR, traditional cellular networks and multi-hop networks showed that CMIMOR could increase the link throughput by a factor of 2, in a typical scenario using a relay power allocation algorithm. As...

Due to its small size and optical transparency, zebrafish larvae are excellent vertebrate models to study human diseases in vivo. We previously developed a high throughput screening platform capable of handling, cellular-resolution imaging and optically manipulating zebrafish larvae. Here, we present new novel technologies to significantly increase the throughput of our screening platform by mu...

In order to compute the elliptic curve point addition and doubling, unified law provides better protection against side channel attacks. One of models, providing addition, is Binary Huff Curves (BHC). Recently, a new method for BHC with improved security attacks, has been proposed. Therefore, an optimized hardware architecture in terms higher clock frequency throughput required. Consequently, t...

High throughput screening has signiŽ cantly contributed to advances in drug discovery. The great increase in the number of samples screened has been accompanied by increases in costs and in the data required for the investigated compounds. High throughput proŽ ling addresses the issues of compound selectivity and speciŽ city. It combines conventional screening with data mining technologies to g...

High throughput screening has significantly contributed to advances in drug discovery. The great increase in the number of samples screened has been accompanied by increases in costs and in the data required for the investigated compounds. High throughput profiling addresses the issues of compound selectivity and specificity. It combines conventional screening with data mining technologies to g...

This paper presents a low-cost approach to concurrent error correction in high-performance CORDIC processors by using time-shared triple modular redundancy. Operands are partitioned into three sets of disjoint digits and operations are performed three times on different hardware components to correct possible errors by majority voting. The approach has limited latency increase and throughput re...

We examine the peak performance of an 802.11n system with respect to the achievable throughput and we decompose the gains observed due to the various PHY/MAC layer features offered from 802.11n. Our results show that while the MIMO PHY and channel bonding offered from 802.11n increase the PHY data rate, packet aggregation and block acknowledgment are required to achieve throughput closer to the...

UNLABELLED We have developed a program, MPBLAST, that increases the throughput of batch BLASTN searches by multiplexing (concatenating) query sequences and thereby reducing the number of actual database searches performed. Throughput was observed to increase in reciprocal proportion to the component sequence length. For sequencing read-sized queries of 500 bp, an order of magnitude speed-up was...

To realize maximum throughput, tight control of the bottleneck unit(s) is necessary. Dynamic degrees of freedom can be used to obtain tighter bottleneck control. Here, “dynamic” means that the degree of freedom has no steady-state effect on plant operation, like most inventories (levels). Nevertheless, temporary changes of inventories can allow for dynamic changes in the flow through the bottle...