Engineering in Business Aircraft Design and Play Station Development

For example, without the help of engineering knowledge, building the wall to defense the enemy requires huge amount of money and time, since one of the biggest issue was that people had no idea how to move large size building material. Many people at that time were suffering and dying each year because of the high demand of manpower. In the modern days, if thing were to be the same, then the process of development would be so slow and would require a vast amount of resources. Something that would require heavy labour to accomplish within one week can be done by modern technology in a matter of hours or even minutes. With the development of technology, engineering knowledge is applied in different fields to improve our life quality.

The success of it is dependent on the kind of knowledge used and the person behind it. This report is going to focus on some of the greatest invention in the world of engineering. This report will be based on three critical invention and ideologies that cut across all societies to make it worthwhile. The paper will focus on the application of engineering knowledge in the field of internet development and business, aircraft hardware and lastly in play station. The main reason for targeting these areas is because they affect my personal life and capture my interests. This is through adopting systems and websites that are customer friendly and that are easy to use. This increases customer satisfaction and consequently maximizes business profit.

When deciding on development of applications or website that will increase customer satisfaction, it is important to consider the programming language to use. Depending on what the business organization wants to achieve, there are several languages that can be used. This is because different businesses will have different needs. The Java engineers are known for their premium command. The language should be the best priority for all users that require extreme application speed and business security. Otherwise, the language will be disadvantageous to the users regarding costs incurred in the long development time and expenditure used in paying the development engineers. Python is a versatile internet system that can perform various functions since it is a general-purpose language. Python has a vast and passionate group of programmers that assist business organizations to meet the satisfaction of their customers.

Specifically, the language focuses on assisting the programmers to use it due to its simplicity regarding comprehension and application. The language should be considered as the first for first-time programmers because it is user-friendly. Internet Systems Technology in the Growth of Business Organizations Java plays a significant role in the success of organizations with the aim of using enterprise software to provide exceptional services to its customers. The language is used in scripting, web-based content, games and mobile applications [2]. All business organizations apply Java in various ways. The business organization requires prototyping services to test the competence of their new software before launching it for use. Ruby has been used in business organizations such as Google, Instagram Mozilla Firefox, and Washington Post.

There is no much difference the usage of Ruby and python in business organizations. Ruby is designed to allow programmers to create elegant web framework since it is infinitely flexible [2]. The internet system technology will enable users to utilize its flexibility by simplifying coding process. One of the best strength of Java is the ability to guarantee security for sensitive firms such as financial institutions. It also provides organizations with front and back office connection for proper running of business activities. As a result, business organizations should Java or Python as their first choice. Nonetheless, all companies should choose their internet system technology based on their needs because different computer languages could provide various experience. Transmission Hardware in Aircrafts Transmission is the mechanism by which power is transmitted from the engine to the main motor, tail motor, and other parts of an aircraft during its in-flight condition.

A belt drive comprises four major parts; a lower pulley that is attached to the engine, an upper pulley attached to the input shaft of the motor, V belts and a mechanism that causes tension in the V belts. Initially, the belts are fit loosely to enable the engine to be started with minimum effort. Tension increases slowly as the engine is run. Application of tension ensures that the belts fit tightly over the upper and lower pulleys. The rotor and engine tachometer become superimposed, when the engine and rotor become synchronized, therefore engaging the clutch fully. Manufacturers test for the best combination of the main gear and pinion that will give maximum performance. This can, however, still be customized to suit customer flying needs.

Small motors are used to control the lifting power and turning movement of the helicopter. A noisy sound is produced by the gear when it is broken. In such a case, the gear needs to be replaced. Bevel gears are used in aircraft transmission systems to change the direction of the shaft of the motor. They are installed between shafts that are 900 apart and can also be modified for use at other angles Like, in spur gears, all teeth of the bevel gears collide as the gears mesh, causing noise and fast wearing out of teeth. This problem can be solved by curving the gear teeth so that contact starts at one end of the gear and spreads gradually across the tooth.

Bevel teeth can be either straight shaped, spiral, or hypoid. Spiral teeth mesh-like helical gear teeth. The Emotion Engine includes eight separate units each performing its specified task and each integrated on to the same integrated circuit, die. However, the general CPU is designed to execute any tasks at hand, but the Emotion Engines hardware was designed to handle one application extremely well, the 3D game. Moreover, the main purpose of the Emotion Engines revolves around the 3D gaming, which translates into the generation of the kind of immersive sound, and vision that gets the audience into the virtual world. The hardware involved in the operation of the Emotion Engines is almost all of them are committed to providing the audiovisual gaming experience.

Besides, the Emotion Engine has the secondary purposes that it can execute, for instance, emailing clients, running a browser and other functions. Based on MIPS R5900, the implementation of the MIPS-III instruction set architecture (ISA) and a portion of the MIPS-IV. The MIPS-based processor contains the main VUO core is a superscalar, in-order 2-issue design with 6-stage long integer pipeline and a 15 stage long floating-point pipeline. The collection of register namely naming and renaming the 32bit and 128-bit VLIW and SIMD, respectively. The emotion engines architecture has characterized the facts that though the PlayStation 2 were initially designed by Sony to work like no General-purpose computers, they still contain the few secondary purposes. A design majoring on the gaming capability of the PlayStation 2 to avail the 3D gaming experience to the potential clients is focused to the maximum in the PlayStation 2.

The interface to the synthesizer mainly reduces the burden of the Emotion Engines since the graphical synthesizer focuses on attaining the CPU display list generation visually. The working simplified through the 10-channel DMA unit, a memory controller and an Image Processing Unit. Moreover, the memory interface to the memory system enables the instruction cycle to be easy with the CPU format being logically correct. Lastly, the advantage experienced in the availability of the input-output processor to ease increase effectiveness in the instruction cycle. The emotion engines architectural designed to provide the needed gaming experience in the game environment suited the preference. The external interface, which interfaces to the internal data bus, offers the communication channel necessary in the Emotion Engine and the RAM occurring through two channels Direct Rambus Dynamic Random Access Memory DRDRAM and the memory controller.

The specification of the bus is crucial and effective due to the features like the 64-bit, 150 MHz with a maximum theoretical bandwidth of 1. 2GB/s. The PlayStation 2 has a few unique hardware features first being able to incorporate the DVD. The DVD format and the disc with the ability to hold many times of the capacity of the CD without taking any physical space increase. Moving heavy items would have required a lot of manpower before the engineering era but is a simple task in the modern days. The knowledge of engineering has been employed in many fields including those of electronics, chemical, electronics, mechanical and effective. In future, robots are likely to replace human labour especially where strenuous work is involved.

The robot is more effective since it requires no rest and more efficient than human beings in most of the cases. Internet development is a main milestone of engineering and businesses can take advantage of it to increase their competitiveness. The game is just but a masterpiece and has employed modern engineering technology such as the VPU1 computing architectural design and two Vector Processing Unit. The two Vector Processing Unit has three interfaces: the input-output, the graphical interface and the memory interface. One disadvantage of the PlayStation is that on one side the PS2 offered lower latency than USB even with the USB 3. Works Cited [1] B. Siliano, O. "Trade in python skins: impact on livelihoods in Viet nam. " International Trade Centre, Geneva.