Y. Li and V. C. M. Leung, "Protocol architecture for universal personal computing," IEEE J. Select. Areas Commun., vol. 15, pp. 1467--1476, Oct. 1997.  Home/Search   Document Details and Download   Summary   Related Articles   Check

....by the NSERC of Canada and Motorola Canada. UPC is a computing environ ment vhich enables a mobile user to access computing resources, netsyork services, personal applications, data files, and environmental configurations through any ter minal, stationary or mobile, anyvhere on the Internet [21]. In this environment, terminal mobility and personal mobility are managed separately. Terminal mobility is supported using mobile IP vith some enhancements in TCP connection manage ment; vhereas personal mobility is managed via an agent based architecture. The core of UPCs mobility management ....

....completeness and correctness. In addition, the RSNP simulation can be used to simulate alternative solutions for any problems that come up. After having a concrete understanding of RSNP, ve implement a UPC prototype using C and Tcl Tk as the programming language. In the proposed UPC architecture [21, 35] there are distributed components that can execute transparently to the host location, host platform and component implementation. The distributed nature of UPCs components makes the implemen tation of UPC very complex and even impossible. Fortunately, several technologies that support platform ....

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Y. Li, and V.C.M. Leung, "Protocol Architecture for Universal Personal Computing", IEEE Journal on Selected Areas in Communications , Vol. 15, No.8, pages 1467-1476, October 1997.

....difference between sensor networks and the other types of network, you should present argument why those protocols you develop will work under those environments. 3. Architecture. You are free to develop your own architecture, although it may be based on architectures used in other systems [2, 3]. Although you chose to develop two layers, you must briefly describe the functions of ALL the layers specified in your network architecture. Describe also the interaction between the other layers and the two layers you are developing. 4. Design issues and alternatives. You should discuss the ....

Y. Li and V. Leung, "Protocol Architecture for Universal Personal Computing," IEEE Journal on Selected Areas in Communications, Vol. 15, No. 8, October 1997.

....of Intelligent Networks supporting Universal Personal Telecommunication (UPT) 3] in which users can access subscribed services on the basis of unique network transparent personal UPT numbers regardless of their current geographic locations. We applied this idea to the area of Internet computing [6,7] where users can access their personal computing environments adjusted to the local facilities at any locations. When a user travels to a new location, user s personal computing environment will be brought to the location, and the user can access both resources and services as if at home. To ....

....To support UPC, naturally there is a need to identify the user uniquely. The identifier can be anything that is globally unique (such as Social Insurance Number) but it makes sense to use unique names that facilitate identification. The Logical Universal Identifier (LUI) was proposed in [6,7], which consists of the user s home domain name and her unique name in that domain. For example, an e mail address satisfies this requirement. This allows us to use of directory services such as the CORBA Naming Service, an extended Domain Name Server, or X.500 in order to retrieve the user s ....

Y. Li, V.C.M. Leung, Protocol architecture for universal personal computing, IEEE Journal on Selected Areas in Communication 15 (8) (1997) 1467--1476.

....to terminal mobility where the physical device migrates [7,8] The public terminal being used is called a foreign terminal, while the network that the foreign terminal is attached to is a foreign network. The system that supports user mobility is called a Universal Personal Computing (UPC) system [3,4]. UPC accomplishes a global virtual network service independent of location, motion, and platform. It is a new mobility support service one step further from the basic terminal mobility support. To provide a personal computing environment to the user on any available networked machine, it ....

Li, Y. and Leung, V. (1997). Protocol architecture for universal personal computing, IEEE Journal of Selected Areas in Communication, October 1997.

....of nomadic computing on the Internet. One of the main goals of Title of book. Name of Eds. 1997 IFIP. Published by Chapman Hall our IWIN (Internetworking Wireless Data Networks for Mobile Computing) project involves the design and prototyping of a universal personal computing (UPC) system (Li, Y. and Leung, V.C.M. 1997a, b) which allows nomadic users of the Internet to work in their familiar personal computing environment regardless of their locations, or means of access. We envision that the UPC service will be provided at any location where Internet access is available, so that users everywhere can benefit ....

....CORBA (Common Object Request Broker Architecture, 1997) technology in UPC. The IDL (Interface Definition Language) of CORBA provides a common basis to design interchangeable components. CORBA services and facilities are predefined building blocks for new systems. Java s (Arnold, K. and Gosling, J. 1997) platform independence allows the portability of components. In the case of the CORBA based UPC, the client objects are brought to the nomadic user s site to deliver the familiar computing environment. We started our work with the investigation of the IP Mobility Support protocol. We specified it ....

Li, Y. and Leung, V.C.M.(1997b) Protocol architecture for universal personal computing, IEEE Journal on Selected Areas in Communication, October 1997 ObjectGEODE (1997) documentation, Verilog, Inc.

....of Intelligent Networks supporting Universal Personal Telecommunication (UPT) 3] in which users can access subscribed services on the basis of unique network transparent personal UPT numbers regardless of their current geographic locations. We applied this idea to the area of Internet computing [6, 7] where users can access their personal computing environments adjusted to the local facilities at any locations. When a user travels to a new location, the user s personal computing environment will be brought to the location, and the user can access both resources and services as if at home. To ....

....To support UPC, naturally there is a need to identify the user uniquely. The identifier can be anything that is globally unique (such as Social Insurance Number) but it makes sense to use unique names that facilitate identification. The Logical Universal Identifier (LUI) was proposed in [6, 7], which consists of the user s home domain name and her unique name in that domain. For example, an e mail address satisfies this requirement. This allows to use of directory services such as the CORBA Naming Service, an extended Domain Name Server, or X.500 in order to retrieve the user s PCE. ....

Li, Y and Leung V C M, Protocol architecture for universal personal computing, IEEE Journal on Selected Areas in Communication, Vol. 15, No. 8, (IEEE Inc., October 1997) 1467-1476

....the terminal mobility where the physical device migrates [7,8] The public terminal being used is called a foreign terminal, while the network that the foreign terminal is attached to is a foreign network. The system that supports user mobility is called a Universal Personal Computing (UPC) system [3,4]. UPC accomplishes a global virtual network service independent of location, motion, and platforms. It is a new mobility support service a step further from the basic terminal mobility support. To provide a personal computing environment to the user on any available networked machine, it requires ....

Li, Y. and Leung, V. (1997). Protocol architecture for universal personal computing, IEEE Journal of Selected Areas in Communication, October 1997.

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Y. Li and V. C. M. Leung, "Protocol architecture for universal personal computing," IEEE J. Select. Areas Commun., vol. 15, pp. 1467--1476, Oct. 1997.

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