Middleware. Only relevant for High-Throughput Compute [delete row if not needed] Only relevant for High-Throughput Compute [delete row if not needed] Payment mode offer: Per-for-use3 Pay-for-use Duration: ... ...
Middleware. Developed at UVA, Genesis II is an open source, standards based grid platform designed to support both high-throughput computing and secure data sharing. The features of the Genesis II platform are designed with two communities in mind: User Community. The Genesis II Project is intended to provide the grid user community with free, easy-to-use tools to exploit grid technology to fulfill their computation and data management needs. The platform is designed to support a wide range of potential application domains from simple data sharing to multi-platform, multi-organizational high-throughput computing.
Middleware. ITS Mainframe and Software Services provides software installation, upgrade, and monitoring support for the Middleware and Enterprise Service Bus (ESB) Products. With respect to ESB, ITS will provide a framework for the transformation, processing, routing and monitoring of simple and complex data. The following Middleware and ESB products are currently supported: • MQSeries including Message Broker, MQ FTE and MQ advanced Msg Security (client not monitored) • WebSphere Service Registry and Repository (WSRR) • CICS Transaction Gateway (CTG) • DB2 Connect (client not monitored) • WebSphere Application Server (WAS) and Web Server (IHS) (monitored at platform level) • Nastel Monitoring for MQSeries Servers Storage ITS offers a wide variety of storage capabilities utilizing tape and disk. These capabilities span the mainframe and open systems environments. ITS offers multiple disk and tape tiers such as high- end disk storage, virtual tape, mid-range disk storage, NAS devices, serial ATA disk systems, SAN attached storage and content addressable storage. ITS storage offerings also come with standard reporting capabilities that provide utilization, performance and trending information. We routinely collect projection information from our customers in order to provide appropriate capacity planning for all storage offerings. DB2 Database ITS Mainframe and Software Services provides DB2 Database hosting for the zServer environment. Hosting services includes the infrastructure for clients to develop and deploy DB2 based database applications, installation and maintenance of the database resource to ensure data integrity and security, as well as appropriate levels of availability and recoverability. This service also includes maintenance and support of the environment with the latest vendor supplied software. Clients are granted access to all user functions necessary to manage and support their data stores. Support for associated tools and utilities to assist the client in managing their data environment is also provided with this service. Support costs for each of the services offered in this area are included in the standard Mainframe hosting rates. DB2 Database Services - DB Hosting Responsibilities • Installation and configuration of the DB2 subsystem and associated Tools and Utilities • Design and implementation of appropriate DB2 archive logs to provide for recovery objectives • Maintain current supported release levels of all DB2 and Utility/Tool resources • O...
Middleware. Application-neutral computer programs providing services to application software in a way that the complexity of these application software and their infrastructure remains hidden. Note 1 to entry: The term "middleware" also denotes a distribution platform, i.e. a protocol at a higher level than that of ordinary computer communication. Note 2 to entry: In contrast to lower-level network services handling simple communication between computers, middleware supports the communication between processes. Note 3 to entry: In the AAL context, AAL middleware provides components and services for AAL applications. [SOURCE: IEV 000-00-00]
Middleware. The EGEE infrastructure is build upon middleware software named gLite21. Using gLite facilitates accessing shared storage resources across the internet and sharing computing resources as well. 20 xxxx://xxx.xxxx-xxxxxxx.xx.xx/gridsite/monitoring/ 21 xxxx://xxx.xxxxx.xxx/ The available services in the gLite distribution can be broadly classified in two categories: - Grid Foundation Middleware, covering the security infrastructure, information, monitoring and ac- counting systems, access to computing and storage resources, providing the basis for a consistent and dependable production infrastructure; - Higher-level Grid Middleware, including services for job management, data catalogs and data repli- cation, providing applications with end-to-end solutions. The gLite middleware aims to ensure easy installation and configuration on the chosen platforms (cur- rently Scientific Linux versions 4 and 5, and also Debian 4).
Middleware. Following the Effective Date, Illumina and Invitrogen will co-develop e-commerce and middleware systems to enter, validate and route tube and plate Joint Product orders.
Middleware. 18.4.1 Upon mutual agreement of the Parties, Intel will support a Clearwire Communications designated common middleware interface for all Qualifying WiMAX Chipsets and WiMAX Chipsets (subject to additional technical and business due diligence by Intel).
Middleware. Upon termination of the Retail Services Provider Agreement and in the absence of a replacement agreement executed with HomeNet as a retail services provider on the Provo Network, Provo will have the right to lease the HomeNet Middleware under the terms described in Exhibit K, Appendix A to this document. Set Top Box Upon termination of the Retail Services Provider Agreement and in the absence of a replacement agreement established with HomeNet actively providing retail services on the Provo Network, Provo will have the right to lease HomeNet set top boxes under the following terms: Price - Provo may elect to purchase all deployed set top boxes plus available inventory at a price of $135 per unit. Alternatively, Provo also has the right to lease the STBs from HomeNet for the sum of $5 per month per set top box. The lease will terminate upon return of the STB to HomeNet. Maintenance - HomeNet makes no express or implied warranty for the STBs either deployed or new (in inventory). If available, HomeNet will transfer any warranty coverage provided by the STB manufacturing partner to Provo. HomeNet will not provide any replacement or repair service on the STBs leased or purchased by Provo. HomeNet will provide first level technical support on the STBs if Provo is both licensing the Middleware and leasing (or has purchased) the STB from HomeNet. Exhibit M Reports The following reports will be provided by the Service Provider to Provo on a monthly basis thirty (30) days from the end of the reporting month. Service Provider will develop a reporting format which is mutually acceptable to Service Provider and Provo City.
Middleware. As IoT applications are distributed systems there is a need for communication between the individual components. On one hand the data coming from the data wrappers has to be passed through to the data processing components such as the Reliable Information Processing and the Semantic Annotation. Since the components can be developed on different platforms there is a need for a unified, platform neutral format for the messages to enable the communication. On the other hand the components need a possibility to pass signalling messages to each other e.g. to initiate processes or keep the other components informed about recognised events. In order to make sure that these possibly critical signalling messages are delivered in a timely fashion and are not blocked by the continuously published data from the wrappers, different channels are used for the tasks. This will be discussed in more detail in Section 6.
Middleware. While virtualisation component is introduced to facilitate seamless access and management of sensor observation and measurement data based on semantic web technologies, there is a need for a middleware to exchange messages among different components. In this Section, we describe the technologies that we have previously discussed in Section x. We present a peer-to-peer, WebSocket- enabled middleware for real-time message delivery, and Broker-messaging communication for event- driven message delivery, which has been used with apache thrift technology for cross-language development of software components. The proposed approaches are illustrated in Figure 8. Peer6 Peer4 Peer5 Peer3 Peer2 Peer1 Peer4 Peer5 Peer3 Message-Oriented Middleware Peer6 Peer2 Peer1 Figure 8 – The architecture of peer-to-peer (left) and broker-messaging communication (right). A peer-to-peer communication can provide a robust peer-to-peer real-time communication, while a message broker can better deal with event-driven communication and reduce the communication complexity in crowded networks where a peer can participate as a client, service or both.
