الفهرس 
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Abstract
This chapter summarizes the work conducted within this thesis and presents the conclusions. Moreover, the future work will be described.Today, every applications should have notification facility to announce about details, services, policies, laws or any new flyer for his wide range consumers. There are different common service architecture are used for providing E-service applications differ based on their mapping strategies and allocation techniques. The proposed framework depends on developing a cloud service model for E-government. The proposed allows E-government suite to reach their consumers from notification service module to keep them touch for supervision, their service status report, feedback about their consumers and monitor and control quality of service regards service consumer perspectives. In turn, notification service enforce consumer to be informed with details and status about his enquiry. Under, business logic service nodes, E-government applications are going to provide wide unlimited range of services for the public. Based on service node, there are many constrains of support are satisfied including cloud quality of service (QoS), service level agreement (SLA), pay as you use and use on the go principles. QoS and SLA have sides of participators, end user, citizen and investor, government. During satisfying, QoS and SLA, the citizen can consume different services from various terminals on the go of his way. Also, investor pays only per use of his covered range of citizens not based on resources allocated as SOA and WS. The proposed framework offers facility to be central and dynamic center satisfying interoperability, integrity and transparency. The proposed framework should have minimum total cost of maintenance, configurations and other regular operations which are successive operations of installation and setup. Cloud computing has a sociological influence. It provides ingenious IT solutions in order to be easily available for all general offices, agencies and departments at any location even if there is a different level of technical efficiencies. In turn, we will research the implementation of E-government services utilizing cloud computing in extra details via presenting some suggestions of how to choose the most efficient services in the cloud in order to fulfill the superior application of E-government utilizing cloud computing. Rather than, we have put forward the different components of parallel computing models to be implementation model such as Hadoop, spark or any massive parallel model by specifying the role of each component. The introduced framework have to be compatible as E-governance system running on cloud computing, while the parallel model is at the top which is being accessed by thin clients or hardware devices.