Detailed Tabular Description Of Classes And Objects

A RESTful API defines a set of functions that developers can use to perform requests and receive responses via HTTP protocol, such as GET and POST. Because RESTful APIs use HTTP as a transport, they can be used by practically any programming language and are easy to test. It’s a requirement of a RESTful API that the client and server are loosely coupled and independent of each other, allowing

Module 1 establishes the framework of networking standards and protocols for the rest of the class. The module introduces data communications and defines their components and the types of data exchanged. You will learn how different types of data are represented and how data is flowed through the network.

In order to implement the data measurement, storage, and actuation, communication paths must be set up between the sensors, actuators, processor, and storage. The communication paths use communication standards such at HTTP and Zigbee and custom protocols such as the protocol between the Gateway and Sensor Modules. The primary goal of these protocols is reliable communication. Each protocol uses acknowledgements to ensure the validity of the data. Using these protocols approximately 3.3KBytes are sent from the Sensor nodes to the Gateway per hour and approximately 1.3KBytes are sent from the Gateway and the Sensor nodes. This is a low date rate system designed to save power. Although the system network usually functions well there are noise levels with

3. Statements (1) and (2) refer to water amounts. Are these Net or Gross amounts? (1) Crop water

In this topology, The distributed systems are connected at different sites to loosely coupled with gateway system members. The cached data between different sites is entire to the applications within each distributed system. If any system becomes unavailable, the rest of the installation to continues and

From the figure, it can be seen that host1, host3, host 4 sends messages through the times say t1,t2,t3,t4 and the times are increasing.

So we will definitely need to have a base station that controls all the sensors and makes sure that it uses encryption to secure communication. We will have authentication, so that we can ensure data integrity and origin and to prevent injection of unauthorized messages. Use confidentiality, so that we can ensure secrecy of data and prevent eavesdropping. To accomplish this we are going to use Sensor-Network Encryption Protocol (SNEP) and micro Timed Efficient Stream Loss-tolerant Authentication

A computer and a server are usually two unique and separate devices and each are customized to handle specific functions and purposes. For example a web server will not need any type of display or monitor and can be located anywhere. But when it comes to a data server or client, there is typically a need for some form of display monitor so information can be reviewed and tracked. It is not uncommon in some occurrences that a device can function both as a computer and a server for the same application. This also can hold true for a application act as a client to other server for various other

server responds to incoming client requests. It should be noted that a server typically starts

Note that project administrator refers to staff who configure and maintain the system. In Fig. 5, the diagram illustrates the overall process of the platform. Initially, raw data for this experiment scenario are streamed to Data Preprocessing to construct the XML files. These XML files are then respectively send to the server. After querying the input data, the server splits one huge job into several small chunks of work units and sends requests to volunteered mobile devices. Once each volunteer accepts the request. The profile information of each device including the number of CPU’s cycles, the size of storage as well as the free space of memory is sent to the server. After that the server manages, schedules, and assigns the proper number of work units that need to be processed and distributes them to the

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.

It takes up about two inches on my thick, and short middle finger. It is relatively small, yet has been proven to have great importance and meaning. This dented, imperfect circle fits loosely, and comfortably which allows for the constant usage and handling. It has a unique, and undefined shape that compliments the small circles within the accessory. There is a band of a perfect line of small circles that runs infinite in the exact middle of the accessory. The thirteen small circles sit in the small seats of metal all in unison and order. Sharp, pointed tips that look like the top of a vintage castle, pull the pendants on the outsides of the line, up and back down. If you cut the jewel in half, the sides are

We have written the project function in terms of C language which is called software. Our software will be downloaded in a microcontroller chip and then it will work accordingly our project logics. On the base of logic written the MC will do all tasks like receiving the input signal and checking it weather it is desired or not and then it will do the final action to control all outputs. Here the system is automatic control based. We can monitor the temperature of peltier surface and control the device. We can set the temperature as per requirement and control the load when desired temperature

-if appropriate storage is not there our whole database will crash due to less storage because

Key Responsibilities: Environment Monitoring and Analysis (Air, Water, Soil,) Experiment design and analysis result, report preparation