IBM ILOG JViews Telecom Graphic Objects

Exzellente Benutzerschnittstellen für Service-, Netz- oder Gerätemanagement – in der halben Zeit

IBM ILOG JViews Telecom Graphic Objects ist ein umfassendes Paket anpassbarer Komponenten zur Erstellung exzellenter Benutzerschnittstellen für Operations Support Systems

Es ist ganz einfach, ausgereifte Kommunikationsschnittstellen zu erstellen. Die Entwicklungszeit verringert sich auf die Hälfte; ein standardisiertes Look-and-feel hilft den Bedienern, schnelle und präzise Entscheidungen zu treffen.

• Ein umfassender Satz an Java-Benutzeroberflächenkomponenten zur Anzeige von Netzen, Services und Hardware, darunter raumbezogene und topologische Netzübersichten, Geräteanzeigen sowie Tabellen- und Baumstrukturansichten. Benutzeroberflächenkomponenten anzeigen (US)
• Die grafischen Objekte sind in Kooperation mit Ergonomiefachleuten entworfen worden. Dabei ist ein einheitliches Look-and-feel entstanden, das von vielen branchenführenden Anbietern übernommen wurde.
• Standardisierte Zustandsmodelle und offene Technologien sorgen für schnelle und einfache Konnektivität zwischen Anzeigeobjekten und Back-End-Datenquellen.
• Services ermöglichen die automatische Echtzeitaktualisierung und Synchronisation von Datenanzeigen.
• Enthalten ist ein vollständiges Software-Development-Kit (SDK), das die Anpassung aller Aspekte der Anzeigen, Benutzerinteraktionen und Datenverbindungen ermöglicht.
• Kann als Java-Desktop-Client oder -Applet und auch als Ajax-erweiterter Thin Client implementiert werden.
• Beruht auf und ist enthalten in den vollständigen Produkten IBM ILOG JViews Diagrammer und IBM ILOG JViews Maps.
• Unterstützte Plattformen: J2SE Version 5.0 (oder neuer).

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MehrWeniger

• IBM ILOG JViews Diagrammer, for building additional diagram and dashboard displays

• IBM ILOG JViews Maps, for creating custom asset management maps

• Logical and geographical topologies

• Support of nodes, links, link bundles, sub-networks, services and decorations

• Standard visual language to display alarms

• Standard visual language to display states, such as open systems interconnection (OSI), Bellcore, Sonet and more

• Interactive components supporting popup menus, drill-down, drag and drop, pan, zoom, selections, overview window and more

• Configurable graph layout for nodes, links and labels

• Configurable filtering of network elements

• Styling through application programming interfaces (APIs) or cascading style sheets (CSS)

• Support of racks, shelves, cards, slots, ports, LEDs and decorations

• Standard visual language to display alarms

• Standard visual language to display states

• Interactive components supporting popup menus, drill-down, drag and drop, pan, zoom, selections, overview window, and more

• Configurable filtering of equipment to be displayed

• Styling through APIs or CSSs

• Display of network elements, links, alarms or services

• Configurable filters for rows and columns

• Fixed or moving column

• Interactive sorting

• Searching capabilities

• Seven different interactive selections

• Standard visual language to display elements, alarms and states

• Styling through APIs or CSSs

• Display of network elements, links, services

• Standard visual language to display elements, alarms and states

• Configurable filters of nodes to display

• Configurable hierarchy of nodes

• Configurable sorting

• Fixed or moving columns

• Flexible interactive selection

• Customizable rendering

• Styling through APIs or CSSs

• Support of primary operational state and passive devices

• Open systems integration (OSI) state dictionary, based on the standard ISO/IEC 10164-2, ITU-T X.731: State Management Function.

• Bellcore state dictionary, based on Bellcore GR-1093: Generic State Requirements for Network Elements.

• Simple Network Management Protocol (SNMP) state dictionary, based on RFC 1213: Management Information Base for Network Management of TCP/IP based internets: MIB-II.

• Synchronous Optical Network (SONET) state dictionary, dedicated to the states of reporting transport links

• Miscellaneous state dictionary includes additional states that are absent from other standards, but are useful to several network operators

• Performance state dictionary includes additional states that are absent from other standards, but are useful to model numeric values such as performance indicators or service levels

• Storage Area Network (SAN) state dictionary includes additional states that are absent from other standards, but are useful to model numeric values such as storage indicators

• Alarm state dictionary, the state model proposed by JViews TGO to display the set of alarms assigned to a telecom object

• Trap state dictionary, the state model proposed by JViews TGO and based on RFC 1157: A Simple Network Management Protocol (SNMP) to display the set of traps assigned to a telecom object.

• 30 IP network elements

• 20 office network elements

• 16 SAN network elements

• 12 telecom network elements

• 12 wireless network elements

• Two cluster network elements

• 46 other symbolic and graphical representations of elements

• Supports display of technology information, such as ATM/frame relay and IP.

• Support for links, link sets and link bundles

• Support for orientation, connection ports, protection, media types and media attributes

• Standard definition of shelves, cards, slots, card carriers, cards, LEDs and ports.

• Definitions of container and contained

• Base Transceiver Station (BTS) and antennas, supporting attributes such as power, bean direction, bean width

• Off-page connectors

• Definition of groups of nodes and sub-networks

• Incremental refresh, interactive editing and context-sensitive behaviors

• Packaged as standard JavaServer™ Faces components, for easy deployment

• Pre-built interaction tools

Operating System	Software	Hardware
Linux®: Red Hat Enterprise 3.0 Update 4, AS/ES x86-32 Red Hat Enterprise 5.0, Desktop editions x86-32 Solaris: 8 SPARC 10 SPARC 10 x86-64 Mac OS: X 10.5 Leopard x86-32 Windows®: Vista Business x86-32 XP SP2 Professional x86-32 7 Professional x86-64 7 Enterprise x86-64 7 Ultimate x86-64	Java platforms supported: IBM Java SDK 5.0 and later Sun Java SDK/JRE/JDK 5.0/1.5 and later Application servers supported: Apache Tomcat 6.0 JBoss 4.2 Oracle/BEA WebLogic Server 10g Release 3 10.3 WebSphere Application Server - Base 7.0 IBM WebSphere Application Server - Community Edition 2.1.1.3	Disk space: 3GB for installation; 6GB required when installing from a download Memory: 1GB RAM minimum; 2GB RAM or more recommended