Best Master Clock Algorithm Essay

CE 1.3.2 Also I had stated to Coordination with different machine vendors for data required for software configuration like set points, speed, frequencies, logics etc., so that I would be ready with all the required information and pass to vendor for preparation of the database.

A set of preliminary usage scenarios that describe the use of the system under different operating conditions.

The conceptual framework for the deployed system is given bellow. The framework contains one Coordinator which is connected to the control station computer through USB cable, four routers and three sensor devices. Data packets from the sensor device are transmitted to the coordinator via multi-hop routing.

1. This project will be limited to the installation of servers, WAN connections and the development, testing, and implementation.

Reviewed and analyzed all the Functional Requirements Specifications, High Level Design, Detail Level design and Business Functional Specification document to develop test plans and test cases.

Requirement for interoperability, interfacing with systems operating environment (including; capability, temperature, humidity, radiation and robustness).

Our intention of this project is to create and deliver a working prototype for our clients as a possible solution to the problem. Guidance and demonstration will be provided to the client for

Finally, data communication and its associated power consumption can be reduced to only active network links. II. LITERATURE REVIEW A. ANOC : an Asynchronous NetworkOn-Chip Architecture for GALS Systems The ANOC communication architecture is composed of nodes, links between nodes, and computation resources (Figure 1). The nodes are the basic elements of the network, and are forming the physical connections between input and output links.

This section divides three testing subsection. The first testing is the hardware part. It will be tested in individual part that consist the power, GPS signal, and gerber files. The power is tested by several factors including the continuity, the leakage, the voltage, and the power consumption. The GPS signal is tested by accuracy and strength testing. Next testing subsection is software part. We separate to test into three parts including the display, the signal transfer, and the sensor collection. The last testing is the system. This testing is for ensuring both hardware and software that are connected together without any error. We test the connection that includes the continuity and the leakage. The user control is tested by accepts input and response rate. The last system testing is an interconnectivity that test between the hardware and

802.3: The name of the original IEEE Ethernet standard, as well as the overall base name of all IEEE Ethernet LAN working committees.

perform Specification Validation checks on construction and equipment to enable platform startup and process production.

Amble number of challenges will be faced while implementing this technology. As the operation of many tasks will be at different intervals of time, synchronization is a concern for parallelism between sub systems. Also testing this system will pose a challenge as it would be different and require special tools and

This section contains the software requirement to a level of detail sufficient to enable designers to design the system and testers to test the system. 3.1 3.1.1 EXTERNAL INTERFACES USER INTERFACES The following screens will be provided: (i) LOGIN SCREEN This will be the first screen to be displayed. It will allow user to access different screen based upon the user’s role. Various fields available on this screen will be : (a) User ID : Alphanumeric upto 10 characters (b)

Attempts to construct the system in lab with the help of Lab Technician and simulate on multisim

An ECU defined by (Arun Manohar) [26] is an electronic device, essentially a computer, in an internal combustion engine that reads several sensors in the engine and uses the information to control the fuel injection and ignition systems of the engine. Arun Manohar definition does not include that an ECU also controls aspects of an engine like air/fuel ratio, idle speed, valve control and variable valve timing [1]. Controlling an engine via electronic means allows an engines operation to be controlled in greater detail, allowing greater fuel efficiency, better power and responsiveness. Modern ECUs use a microprocessor which can process the inputs from the engine sensors in real time. An ECU contains the hardware and software (firmware). Hardware consists of electronic components on a printed circuit board (PCB). The main component on this circuit board is a micro controller chip. The software is stored in the microcontroller on the PCB, or flash-memory so the CPU can be re-programmed by uploading updated code. Sensors located on the engine send data to the ECU and within the software exists look up tables, from the inputs the ECU is able to map the required output based on the input data from the lookup table.