Benner
حيدر عبد الحسن ال كيم ( مدرس )
كلية الهندسة - الالكترون والاتصالات
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Telecommunication Networks Management - Fault Management Survey and Proposed TNM Design- Part B
تحميل
بحث النوع:
هندسة التخصص العام:
Haider Alkim اسم الناشر:
Abbas Al-Jassem اسماء المساعدين:
UTS- Faculty of Engineering and Information Technology FEIT الجهة الناشرة:
UTS: Engineering and IT is an innovative and research-intensive faculty with a strong reputation for its practice-based learning programs and industry engagement. Our goal is to produce impact-driven, user-centred research outcomes and to incorporate this into our students’ learning. We have a strong focus on collaborative research with the aim of improving individual lives and society as a whole, not just in Australia but around the globe. Our industry internship programs give students real experience to match the needs of employers, and this is reflected in our high graduate employment rate. Our teaching and learning are centered on our unique UTS Model of Learning framework, which encourages a collaborative and globally relevant learning approach and graduate attributes.  
2013 سنة النشر:

الخلاصة

Carrier Ethernet services is frequently the best selection to meet the requirement of the customers who want more bandwidth and better service quality to meet their application needs. Microwave technology is increasingly used to provide Carrier Ethernet. The main advantages of Microwave based Ethernet solutions are: - Rapid deployment time - Cost effective when compared to other approaches - Offers throughput that rivals fiber for many applications - Mature carrier-grade solution The interfaces are inexpensive, standardized and enables subscribers to add bandwidth incrementally, if needed. Ethernet services offer a flexible method for enterprises and individuals to connect remote offices, suppliers and business partners with the QoS and reliability their applications require. All communication equipment in the telecommunication network supports some network functions. The elements can be configured to support data transmission channels. These channels allow the information to be switched and transmitted from one part of the network to any other part of the network. Again, the management capabilities are required to ensure that this information transmission is conducted in a controlled way, with a measurable quality, error detection and repair capability. In addition, the statistics of various kinds relating to the information transfer need to be collected, correlated, and reported to various entities such as operation control, monitoring, and administration systems. The telecommunication network must be able to provide services to the end customers, such as Data services or information services. These services are supported by the networks and their elements. Again, some operation systems are required to support different aspects of provision of services. The services have to be delivered and activated; any service faults and customer problems have to be detected, located, and resolved. The services have to be operating with a reasonable and measurable quality and the services have to be billable and paid for by the customers; therefore the accounting systems have to be deployed to generate bills for the network resource usage and any value-added service components. This requires all managements layer to do corporative work, starting from elements layer which collects all statistical data that used to calculate the overall network usage ending with service layer which generates the bills to the customers