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Remote data capture is the process of automatic collection of scientific data. It is widely used in clinic trials, [1] where it is referred to as electronic data capture.In physical sciences, automatic observation hardware in the field can be linked to an observer in a laboratory through a cellphone or other communication link, [2] for example in hydrology.
The Remote Application Programming Interface (RAPI) is a remote procedure call (RPC) mechanism in which the Pocket PC is the server and the PC application is the client. In other words, RAPI allows PC applications to call functions that are executed on the Pocket PC.
Most USRPs connect to a host computer through a high-speed link, which the host-based software uses to control the USRP hardware and transmit/receive data. Some USRP models also integrate the general functionality of a host computer with an embedded processor that allows the USRP device to operate in a stand-alone fashion.
Selenium Grid is a server that allows tests to use web browser instances running on remote machines. With Selenium Grid, one server acts as the central hub. Tests contact the hub to obtain access to browser instances. The hub has a list of servers that provide access to browser instances (WebDriver nodes), and lets tests use these instances.
JSON-RPC (JavaScript Object Notation-Remote Procedure Call) is a remote procedure call (RPC) protocol encoded in JSON. It is similar to the XML-RPC protocol, defining only a few data types and commands. JSON-RPC allows for notifications (data sent to the server that does not require a response) and for multiple calls to be sent to the server ...
Remote notifications are handled by a remote server. Under this scenario, the client application needs to be registered on the server with a unique key (e.g., a UUID ). The server then fires the message against the unique key to deliver it to the client via an agreed client/server protocol such as HTTP or XMPP , and the client displays the ...
For example: a 16-bit Short Serial Message Format transmits a 16 bit message across 16 Fast Channel message "frames". The message consists of: a 4 bit Message ID, 8 bits of data, and a 4 bit CRC code. It's encoded by bit 3 (the MSB) of the Status nibble being 1 for the first frame of the message, and zero for the following 15 frames.
The core API classes are located in the Java package javax.xml.rpc. Supports web-based services and clients using RPC or remote procedure calls which are based on XML. Allow for web service accessibility through Java APIs which in turn allows for communication between different Java applications.