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Each service in the peer hosts uses the gateway to send and receive several types of data, including status information, bulk data, and commands, that control the satellites. The peer hosts can be distributed throughout local area and wide-area networks. The gateway transmits data between its peer hosts using the connection-oriented TCP/IP protocol [Ste93]. Each service in the system is bound to a particular transport address, which is designated by a tuple consisting of an IP host address and a TCP port number. Different port numbers uniquely identify different types of service. Unlike the binding of services to specific TCP/IP host/port tuples, which can be selected early in the distributed system's lifecycle, it may be premature to designate the connection establishment and service initialization roles a priori. Instead, the services in the gateway and peer hosts should be able to change their connection roles flexibly to support the following run-time behavior: Services in a gateway may actively initiate connection requests to services located in remote peer hosts, then route data to them.

The traditional de nition of a knowledge society puts the emphasis on the rst term; on knowledge, seen as a speci c product.The de nition I advocate switches the emphasis to society, a society that, if the argument about the expanding role of expert systems etc. is right, is no more inside

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Traditionally, groups are made of architects, who design the product; developers, who write code to implement the architect s design; test engineers, who test the developers code; system administrators, who con gure and maintain technology infrastructure; and project managers, who oversee the entire development process. ADP additionally de nes the responsibilities of defect detection and defect prevention for team members. Defect detection responsibilities extend testing roles to include root cause analysis of defects and recording of vital defects in the problem tracking system. Defect prevention responsibilities include the development and implementation of a defect prevention plan based on the root cause analysis performed by the defect detection team. After observing numerous development groups and researching many software process models, including agile development, we have learned that defect prevention works best when the responsibilities of the architects, developers, and testers are extended to include defect detection and prevention tasks. For the purpose of ADP, the people roles are rede ned as follows: Project manager: The project manager is responsible for delivering quality software products on time, with the designed functionality, and within budget. The project manager is responsible for primary business decisions and relies strongly on the expertise of the architect. The project manager assigns tasks and responsibilities to the team members, including the roles of the defect detection and prevention, and promotes ADP practices.

The following macro is defined in ACE [Sch97]: #define UNUSED_ARG(arg) { if (&arg) /* null */; } This macro can be placed after a guard to keep many C++ compilers from generating spurious warnings: { // New scope. Thread_Mutex_Guard guard (lock_); UNUSED_ARG (guard); // ...

Numerous cultural differences are inscribed in such a common, universal activity as living in a house Also lying behind the plan is the set of professional practices against which the architect s aesthetic judgement is compared and which.

able to draw the necessary configuration reports on the project and account for all configuration items on the project.

8.5 POLICY FOR USE OF REGRESSION TESTING SYSTEM The regression testing system is a part of an intermediate or expanded infrastructure. It consists of a suite of tests, developed gradually as the white and black box tests pass. Once in place, the regression suite veri es that implemented functionality continues to work properly after each new code addition to the application. The policies described below are designed to ensure that the regression system is used effectively to identify all code regressions as soon as they are diagnosed and that the timely removal of regression defects is properly facilitated.

If you target all devices with 3D hardware (not just those that are oating-point-enabled), you ll want to convert everything to xed point, including oating-point values used outside the graphics code (e.g. for a physics engine). If you d like your application to run on devices without 3D hardware then you need to simplify the graphics as well and consider using a more limited software renderer than the OpenGL ES implementation. The solution for processors without oating-point support is to do decimal operations with integers by xing the location of the decimal point and using some of the bits in the integer value to represent the fractional part of a number. In OpenGL ES this is always done with 32-bit values (this is the word size on the ARM processors used in mobile devices) split in the middle, using 16 bits for the integral part and 16 for the fractional part. In order to be able to represent negative numbers, two s complement is used for the integral part, meaning that the most signi cant bit is actually a sign bit. This is known as an S15.16 xed-point representation (where the S indicates the sign bit). So, how does this work In xed-point arithmetic, all the digits to the right of the decimal point are multiplied by negative exponents of the base. If that sounds a little too mathematical and you can feel a headache coming on at the thought of it, then consider this simple example. Here we represent the same number in base 10 (decimal) and base 2 (binary):

1 1+2

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