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RPC has further extended the concepts introduced with Doors by including applications running on separate machines. The machines are connected by a network. We further consolidated the concept of encapsulating all system-level calls in a library. This library now includes network-associated calls as well. The discussion of RPC also introduced the concept of marshalling of arguments, which packages the arguments in a system-independent manner for transmission over the network. We also introduced client and server stubs. The client stub acts as a proxy for the server-side code and makes it transparent for the client-side programmer to call the exposed server function. In summary, RPC for the first time outlined all the steps necessary for sharing functionality between applications that may be running on different hosts. Conclusion RPC and the associated Doors allowed for the first time real distributed computing by allowing applications to share functionality. A number of new concepts were introduced in this chapter (including service provider (server) and service consumer (client), platform independence, interface definition, the marshalling of input and output parameters, and the encapsulation of systems calls in a library) that are necessary for communication over the network. However, RPC has a number of shortcomings, including the following:

Lucas County s (Ohio) Waste Minimization Research Project solid waste assess-

First, you need to get into the Spotlight Search, which resides to the left of the first page of the Home screen.

ments records (24 companies in total). Mahoning County s (Ohio) Industrial Waste Minimization Project, which conducts solid waste for manufacturers (46 companies in total). U.S. governmental records and of ces, speci cally Solid waste management district of ces located across the United States (1,060 companies in total); many of the districts have conducted industrial waste assessments throughout their respective areas.

There is little room for code reuse because the code for marshalling and unmarshalling and the code for network communication are buried in the client and server applications. RPC is not language independent, and the client and the server must employ the same programming language. Tight temporal coupling exists between the applications. Because the calls are synchronous, the client application must wait for the server to complete the procedure before it can proceed further. The integration of the client and server is point to point and therefore not suitable when a number of applications need to be integrated. RPC is not suitable if a large number of remote calls are involved. Because of the synchronous nature of the call, the client cannot proceed further before the server completes its work. (Note that this problem can be overcome by using multithreading programming. However, this increases the complexity level of the programming and introduces some risks.)

(132 companies in total). Speci c data collection methods were applied for each data source, depending on the nature of the source. Initially, interviews with waste-hauling company management and recycling collector management were planned for this research. These data sources were not available from these companies due to con dentiality and customer protection. As a substitute, phone and personal interviews were conducted with solid waste management districts across the United States. In conclusion, the data collection phase of this research was successful; suf cient data was collected to begin modeling. Several issues were identi ed from the collection process and the actual data. First, many government agencies collected the required data to build the waste evaluation models, but did not use it for that purpose. These government agencies could achieve signi cant improvements in the reliability of the studies they conduct if they worked together and shared information. A common database would aid in storing and disseminating such information. Also identi ed from the government agencies were a wide variety of data collection methods and analysis techniques to accomplish the same goals. A common goal was to estimate the annual generation amounts for a speci c region of the United States. Nonstandardized methods were used to collect the data and nonscienti c analyses techniques were used to estimate these aggregate totals. This creates comparison discrepancies when different analysis techniques are used. A standardized approach to estimate generation amounts coupled with government agencies sharing information would reduce this problem. The model developed for this research applied a scienti c, standardized approach to estimate and predict solid waste generation rates and will also aid in reducing this problem.

On the left side of the first circle (indicating the first page of your Home screen) is a very small magnifying glass. Swipe to the right of this first page of icons to get to the Spotlight Search page. TIP: If you like to use Search a lot, then you can set it so that a double-click of your Home button will bring up Search. Start your Settings icon, tap General in the left column, then tap Home in the right column. Select Search under Double-click the Home Button for:

14.5.1 THE WASTE MINIMIZATION RESEARCH PROJECT (LUCAS COUNTY, OHIO)

Remote Procedure Call (RPC)