Designing the LC-415/505 Computer - Essay Example

14 December Designing the LC-415/505 Computer as an extension of the LC-2200 An operating system involves all the hardware activities that allow computer programmer to control all the processes in the computer. The process that involves the management of resources and sharing among the computer users details us on the operating system. Most of the concepts of the operating system become more complex as technology improves. Its difficulty applies in the application of software and connections in different stages of the pipeline. It is necessary that all the learners understand different processes of the operating system and their extensions before learning a detailed concept of the internal implementation algorithms and data configurations in different systems. Therefore, the relationship between the use of operating systems (externals) and the designing and implementation (internals) of an operating system allows prompt action to rectify any turbulence condition. (Ramachandran and Leahy 136). Learning about the internal design has significance in different areas such as algorithm design and implementation, dependable programming, modern device development, caching material across the web, building virtual environments, network management, building secure and safe systems and others. Software and electronic systems in the architectural arrangement of various hardware and software components make a unique system. Most of the systems are designed to complete most of the human purpose that connects people in a social network and may be an aircraft transporting people for long distances. Job systems architect manages the designing process of these complex systems, and the systems of a particular signal unit. The architectural descriptions deal with its complexity using decomposing systems and designing different entities such as sub-systems that describe the decomposition of physical and logical structures (Madou, Marc 231). )The interfaces and the mechanisms they use to communicate the internal and external systems should be accessible. On the other hand, when ensuring that the description of all the instructions used in level control of the application, one should set a point in the center of the control band. Additionally, the modulating control valve should be approximately half way so that the set up has the correct functions and the mains supply level voltage. Similarly, one should set the desired level and give the general information about the different variations. The same LC2200 is used to direct the electrical control device that detect signal from the capacitance probe in order to provide a proportional adjustable control of different levels. The LC2200 is usually connected to a LC2400 to provide 2-element control (Areno, Mathew 136). The main intention of this study is to allow the learner to set up the application into a comprehensive equivalent skill and algorithms that could be used within the operating systems. The combination of different knowledge and ideas acquired from the study would help in valuing the trade-offs involved in designing and implementing an operating system. In the main system, the new software systems represent different s/w engineering issues. Additionally, different operating systems may cause different problems in the main concurrency. In such a case, learners tend to end up writing different operating systems and provide adjustments to the existing systems. For instance, Linux is an operating system that has fixed software within the normal hardware in the same operating systems (Hennessy, John186). Other subsystems with complete the functioning and structures in the CPU set up has multiprocessors that help in analyzing data (Besser, Les, and Rowan Gilmore, 144). The CPU has various sections such as registers. Registers are the transient storage space that store in orientation of the memory locations while ensuring that all the instructions are implemented. This therefore allows the CPU to preserve most of the renowned information. In the Arithmetic Logic Unit (ALU), real implementation of complex arithmetical functions and logical operations on data is implemented. It is in this section that the execution of the four functions: add, increment, nand, and subtract are performed.Additionally, the CPU should have a control unit that helps in coordinating the system different applications using codes and the operating instructions that should be implemented. This system also allows the process of fetching the code, as well as interpretation the codes, in order to supervise the completion of the instructions provided. The control unit that establishes similar application of instructions processed and the control instructions are implemented and allowed to process all the applications on the data (Ramachandran and Leahy 225). The set instructions are set to enhance proper software designing and construction support. A system such as the LC-2200-32 is a 32-bit computer that is composed of 16 broad registers and the program counter (PC) register separately should be there for a complete set. The Register 0 is always wired to zero ( Mohammad H, Sadraey,256). It is translated to zero and written and as ignored. LC-2200-32 processor is instrumental and enhances instructions that support that the FSM during its implementation. Different guidebooks with the LC-2200 data path instructions interact with the software using laptops, mobile phones, and tablets. This type of Software is currently all around and there is need for individuals to develop, design, retain excellent applications and testing in the extended and developing the opportunity in the software designing and development.. Additionally, Software Design and Development entails how one can learn the methodologies, concepts, processes, and techniques that contribute to the process of engineering and production of new software systems. In some cases, software improvement is known to be the fastest developing areas in the Information Technology sector. Job opportunities are very considerable and are used in computing, financial, telecoms and games areas. When stating the art technology used in computing programmes, the improvement of learning as an experience that learners in the real world would experience improved practical skills (Rowal Gilmore 56). In the CPU of the Computer, the LC (4/15) is designed to utilize a maximum performance. The Computer should show full configuration of information and better structures in the computer are the factors that design of the LC (4/15) without withholding and on providing quality performance, as the best merge of power and efficiency. The LC (4/15) provides a fixed notion because it is easy to use best with its slim design. This feature is usually located on one the side of the unit and the modular bay with the newly designed latch that makes it easier for introduction and deduction of the diverse module options. The L1 and L2 caches are the reliable features used in supplying data and transferring information to and from the processor. The LC (4/15) Computer only supports 50MHz PowerPC 604 while the LC (4/15), L1 cache has 64 kilobytes as the L2 cache is rated differently (Mohit, Arora,88) When the computer programmer has a clear idea of which Computer best suits the job to be done. For instance, the SPARCstation Classic LC (4/15) is supported by the solar energy and has many selections and options from the Computer as well as choosing from different producers. As the Computer processor, graphics capacity, Computer presentation options, Computer RAM, and many other features that the Computer provides are provided then there is need of implementation of the software. Deciding on what is required in the Computer features may be a complicated task to do but it is essential to decide on the Computer one needs that is worthy of its purpose. The LC (4/15) Computer specification is often taken into consideration before purchasing a particular type of Computer. There are normal specifications for most home users and small dealers’ customer (Horia, Teodorescu 256). Additionally the Operating System should firmly complex resources, as there is need to ensure that an application does not influence the operating system as well as not denying other services such as abuse of resources. The objective of achieving the efficiency and flexibility, requires hard are support for the dual-mo de operation. The addition of the memory protection hardware applications influences the efficiency of the operating system. The processor that work out in the existence of the risk that may practice a delay in processing of the succeeding instructions and the consequent instructions as the values involve as inputs that are ready. Most of the processors in a computer not only compute the incidences of a risk but can also compensate by having extra data paths that need to provide inputs to the computation step prior to a subsequent instructions that would in any case compute them. Additionally, processors determine the instructions that the sequential ones are dependent on the current ones and can be executed without hazards. Most of the processors of this kind may complete an execution. In the standard instruction provided in the sequence, that involves a risk. The processors provide a different effect in a single cycle time the similar stages of the pipeline that will start obtaining instructions sequentially ( Cragon, Harvey,123). This type of instructions cannot be allowed to take effect on the programmer that has diverted the power to the other part of such program. Work Cited Ramachandran, Umakishore, and William Leahy. Computer systems: an integrated approach to architecture and operating systems. Boston, MA: Pearson, 2011. Print. Areno, Mathew C Automated Constraint-based Hardware Architecture Generation for Reconfigurable Computing System. Utah state university: proquest, 2002. Print. Besser, Les, and Rowan Gilmore. Practical RF circuit design for modern wireless systems. Boston: Artech House, 2003. Print. Cragon, Harvey G.. Computer architecture and implementation. Cambridge: Cambridge University Press, 2000. Print. Hennessy, John L.. Computer architecture: a quantitative approach. 5. ed. Amsterdam: Elsevier, 2012. Print. Horia, Teodorescu . Hardware implementation of intelligent systems. Verlag: physica-, 2001. Print. Madou, Marc J.. Fundamentals of microfabrication and nanotechnology. 3rd ed. Boca Raton: CRC Press, 2012. Print. Mohammad H, Sadraey. Aircraft design: a systems engineering approach. Wiley: Wiley, 2013. Print. Rowal Gilmore, Les Besser. practical RF circuit design for wireless systems. Arthouse: Artech house microwave library, 2003. Print. Mohit, Arora . The Art of Hardware Architecture: Design Methods and Techniques for Digital Circuits. springer: springer science business media LLc, 2012. Print. Read More