Application Server. 5.1.The HVD Windows 2008 R2 App Server base service provides: 1 Virtual CPU Core (Intel XEN 55xx) 1 GB RAM 50 GB SAN Storage 7 Day Backup Windows 2008 R2 Enterprise included Highly Availability
Application Server. Customer is responsible for installing and maintaining the operating system on the application server. Customer may review ServiceNow’s standard installation instructions and configuration details for the Software on the application server found in the Planning Guide (here).
Application Server. The ORACLE Internet Application Server product, as separate from the ORACLE Database (RDBMS) product(s). The Application Server refers to all programs and configuration files required to operate an installation of the ORACLE Internet Application Server product. Application Vendor: A 3rd party company, external to this Agreement, who provides the Application Database to the Client, including support and upgrades for that Database. The Client may have many Application Vendors for different Applications hosted on Databases that are supported by the Services covered under this Agreement. Archivelogs: The log of transactions that have occurred on the Database. Each Archivelog normally takes the form of a binary file created by the RDBMS that can be backed up to tape or offline storage. Archivelogs are usually required to facilitate Database recoveries. Availability Outside of regular office hours, emails voice messages may be left on the Help Desk answering service for a return call the following business day. The Client may also email requests for support to the KMS support email address (see Appendix Z). Client: Any Client (person, company, corporate entity) who contracts KMS to perform Services. Consultant: The person or persons assigned by KMS to perform the Services for the Client. The Consultant may be an employee of KMS or a sub‐contractor. KMS will endeavour to employ or contract Consultants who are Certified (OCP = ORACLE Certified Professional, or OCA = ORACLE Certified Associate). All consultants will be well‐versed with communication skills in English.
Application Server. The Application Server (AS) can be dedicated to host a SIP-AS, OSA-AS, CAMEL IM-SSF service, Presence Server or host several services. It provides the service logic and service execution for one or more services. The AS is engaged under the orchestration of a Service Broker/SCIM, if one is present in a session. When the SB/SCIM is not in the session, the AS is in direct contact with the SLS (MSF) and HSS and the S-CSC (MSF) or Call Agent . The SIP-AS may contact the Multimedia Resource Function Controller (MRFC) directly when necessary to engage a Multimedia Resource Function Processor (MRFP) in a call Depending on the services provided by the network operator the AS, when invoked can impact / modify the SIP session. Figure 4-1 shows the interfaces supported by the AS and the network elements it interacts with within the MSF R4 architecture with possible deployment options APP – 1 / ISC / Ma APP-1/ISC/Ma DB-2 / Dh DB-2 / Sh LOC-1 / e2 Figure 4-1: Interfaces supported by the SIP Application Server MSF Interface Interface Description Applicable MSF Implementation Agreements DB-2 Diameter based signaling interface between the Application Server and the HSS. MSF-IA-DIAMETER.003-FINAL (based on 3GPP defined Sh interface) Diameter based signaling interface between the Application Server and the SLS {MSF}. MSF-IA-DIAMETER.003-FINAL (based on 3GPP defined Dh interface) APP-1 SIP based signaling interface between the Application Server and the Service Broker / SCIM or S-CSC [MSF] MSF-IA-SIP.013-FINAL (based on 3GPP ISC / MA interface) APP-2 SIP based control interface between the Application Server and the Media Resource Broker to convey requests for media resources of a specified type and return the identity of a Media Server providing these resources. MSF-IA-SIP.014-FINAL APP-3 Combination of SIP to establish control session and other protocols to control the specific media services required between the Application Server and the Media Resource Broker. When the media services are hosted by a Media Server MSF-IA-SIP.015-FINAL (MSML, MOML, ... variant) MSF-IA-SIP.011-FINAL (MGCP control variant) BI-1 Diameter based Billing interface between the Application Server and the Offline Charging System (OFCS). MSF-IA-BILLING.001-FINAL (based on 3GPP Rf interface) LOC-1 Diameter based signaling interface between the Presence Server and the Access Location Server [MSF) for location information query MSF-IA.DIAMETER.008-FINAL (based on ETSI e2 interface) Table 4-1 : Applicati...
Application Server. Depending on the number of users, and the type of network environment, there can be one or more web servers strategically placed throughout the network for optimal performance. This provides a balancing mechanism for performance and ensures if a Web server fails, another will still be available to pick up the extra load.
Application Server. The Application Server is located in the service provider’s network and provides the service logic and execution for one or more applications or services that are not directly hosted on the Call Agent. For example, it may provide voice mail or conference calling facilities. Typically the Call Agent will route calls to the appropriate application server when a service is invoked that the Call Agent cannot itself support. • Service Broker The Service Broker is an optional component located in the service provider’s network and enables the deployment and integration of Application Servers. When Service Brokers are deployed they define the rules by which Application Servers exist and interact. • Media Server This Media Server is located in the service provider’s network. It provides services such as playing announcements, mixing and interactive voice response (IVR) processing. • Bandwidth Manager The Bandwidth Manager is located in the service provider’s network and is responsible for providing the required QoS from the network. It is responsible for the setting up and tearing down of bandwidth within the network and for controlling the access of individual calls to this bandwidth. It is responsible for installing the appropriate policy in edge routers to police the media flows on a per call basis.
Application Server. Customer is responsible for installing and maintaining the operating system on the application server. Customer may review Ignyte’s standard installation instructions and configuration details for the Software on the application server provided by Ignyte at time of deployment.
Application Server. Application would be required as middle tier for various applications. Application server would take care of the necessary workflow and portal server would be required for the interfacing with the end user. Both the portal and application server would be seamlessly integrated to provide high availability and performance. With the user requests would be distributed among various clustered/common servers. • Application Server should be fully standard compliant providing support for Web Services, SOAP, WSDL, UDDI, LDAP v3, SSL v3, XML 1.0 and equivalent standards • Provide comprehensive XML support compliant with the W3C XML standards and contain the basic building blocks to XML-enable applications - including reading, manipulating, transforming and viewing XML documents • Support developing, publishing and consuming web services • Support wireless enabled web sites and portals • The application server should be capable of supporting clustering. • All components of the application server should be based on standards and selected such as to provide ease of management and to avoid compatibility issues. • All application server components must be maintainable with an ease such that corrective and preventive maintenance can be performed on the system without affecting the entire working of system. • All the application server components must be capable of being managed from a remote management station and provide information on performance parameters
Application Server. At the conclusion of the development process or shortly thereafter, the delivered software should be capable of being efficiently deployed using the SilverStream 3.0 J2EE Application Server. A copy of this software to run under either Windows NT 4.0 or Sun Solaris will be provided to SS by CL for testing and integration purposes.
Application Server. The requirements for the application server(s) depend primarily on the maximum number of concurrent EAM users. Trapeze recommends machines that meet the following specifications: Processors: 4 Processor Speed: 2.0+ GHz Hard Drives: 2 (RAID-1) Size: 36.2 GB each RAM: 4 GB
