mediations, imposes its structural determination to relationships of production. More speci cally, global nancial markets and their management networks constitute an automated network, governed by interactions between its multiple nodes, propelled by a combination of market logic, information turbulences

High-speed cellular data systems demand fast downlink scheduling algorithms and Multiple-Input Multiple-Output (MIMO) techniques. The associated multiuser diversity and antenna diversity play a central role in achieving high system throughput and fair resource allocation among multiple users

The effects of nutrient chemotaxis on bacterial

M based hardware accelerator layers that are stacked in between DRAM dies for the efficient sparse matrix operations. Through silicon vias (TSVs) are used to provide the required high inter-layer bandwidth. Furthermore, we adapt the algorithm and data structure to fully leverage the underlying hardware

Abstract-We propose a cross-layer data-aggregation approach that maximizes the lifetime of wireless sensor networks with multiple sinks while ensuring the feasibility of the routing solution. The proposed approach accounts for the coupling effects between MAC-and network-layers to ensure

Present mobile computing does not support the simultaneous use of multiple heterogeneous network interfaces for a single transport layer connection. In this paper, we describe a solution for channel aggregation at the transport layer, which provides increased bandwidth to mobile nodes. We present R

, and fraction of satisfactory predictions. The proposed metalearning algorithms have a two-layer architecture, where the first layer consists of multiple neural networks, each trained using a different accuracy measure, and the second layer aggregates decisions of the first layer predictors. To evaluate AOD

that supports and coordinates multiple applications, and standardized system services such as data aggregation, control

of the project investigated the changes necessary for Data ONTAP RAID and WAFL ® layers to support a hybrid aggregate. This included propagating disk-type information to WAFL, modifying WAFL to support the allocation of blocks from a particular storage class (i.e., disk type), and repurposing the existing

We describe Fair Layered Increase/Decrease with Dynamic Layering (FLID-DL), a new multi-rate congestion control algorithm for layered multicast sessions. FLID-DL generalizes the receiver-driven layered congestion (RLC) control protocol introduced by Vicisano, Rizzo, and Crowcroft, ameliorating