Shared resource

About: Shared resource is a research topic. Over the lifetime, 7536 publications have been published within this topic receiving 123491 citations. The topic is also known as: network share.

What to Do With a Surplus

Abstract: A population of individuals that generates more resources than are immediately needed can do various things with its resource surplus to achieve a better perfromance in a variable environment. Using simulations with neural networks living in an environment we discuss four different strategies and their consequences: storing food in individual stores, sharing resources, exchanging resources, and contributing resources to a central store that then redistributes the resources to the entire population.

Network Slicing Technology in a 5G Wearable Network

Abstract: With the popularization of wearable devices, designing a network architecture that can meet the latency requirements of different wearable devices and can also efficiently utilize network communication, storage, and computation resources will be a challenging problem. In this article, we first propose a new 5G wearable network based on 5G ultra-dense cellular network and mobile edge computing, to meet the access and latency requirements of wearable devices. Then we use network slicing technology in the proposed 5G wearable network to enhance the network resource sharing and energy-efficient utilization. In addition, based on the service cognitive engine and network cognitive engine deployed in the network, we introduce data-driven network slicing management to adjust the network resources in accordance with the wearable service dynamics. Finally, some challenges and open issues are discussed.

Method and system for minimizing network bandwidth bottlenecks

Abstract: A method and system for reducing network traffic in a data processing network are disclosed. The data processing system typically includes a user station, a boot server from which portions of the user station operating system are retrieved, and an application server from which portions of a user application program are retrieved. In one embodiment, a user station of the data processing system includes a non-volatile storage device. Portions of the operating system and application that are frequently accessed may be downloaded from the appropriate servers and stored in the non-volatile storage device. In one embodiment, the user station may determine which code segments constitute key code segments by recording page fault in a miss table of the user station. The most frequently accessed pages can then be determined for storing in local memory. To maintain consistency of software when the operating system or an application program is revised or updated, one embodiment of the invention clears the key code segments from all local non-volatile storage devices when an operating system or application program is newly installed on one of the servers. In another embodiment, network traffic is reduced by installing a program on the user station and the data server that monitor changes to a data file. When an application is invoked by the user station and the user begins to modify data, the user station program records the changes that are made to the data file locally in a local change file. Periodically the local change file is transferred to the data server, where the local changes are incorporated into a master change file on the data server. When the user ultimately exits the program or saves the data, the server program reads the master change file and implements the changes to the data file.