When designing a DB one should be conscious of the future use of the DB. The DB should be design for new functionality in the future and easy to reuse the design (ALL,2014). Phase 4 of the DBLC(Database Life Cycle) is Implementation. This requires that documentation of the data structure and testing have been evaluated and now ready to install the new system into the organization. Your key players would be the network people who are familiar with the network architecture and design of the organization
Iterative and incremental approach is a better way of developing requirements and modules as well. 4. Requirements provide a complete operating picture of the solution, which helps in taking correct decisions during initial stages of software development life cycle (SDLC). Iterative and Incremental Approach This approach allows us to make changes before it is too late. Identifying user classes is always the first and the foremost thing to be determined by the requirement analyst before starting the work on the project.A product champion is highly important in Software development life cycle.
The reduce phase use the results from map tasks as input to a set of parallel reduce tasks and it consolidate the data into final result. The Map-Reduce uses the key value pairs as input and produce a set of output key value pairs. The key value pairs in the input set (KV1), can be mapped on the cluster and produce the (KV2) as output, to the reduce phase finally the set of operation and make new output set (KV3).
Passing by reference by contrast involves carrying over the result of the processed variable from the called method into the main method. The main method then resumes but now with the processed variable. You would want to pass by value if you wanted the processing of a variable to confine itself only to the called method. That is, you want the output to localize only and don’t need it to carryover. There is additional functionality in other words to be had with the original variable(s) in the main method.
To help ensure license availability, an alternative to hosting your FreeFlyer license server on a single server is to configure a set of three servers in a three-server redundant setup. In this configuration, the license server manager is installed on each of the three servers and the servers are issued a combined license file. Each of the license servers is identified as either primary, secondary, or tertiary. Once license server is also designated as the master and is responsible for serving licenses to client systems running FreeFlyer. The servers operate as a triad, and the hosted FreeFlyer seat(s) are available whenever a quorum exists.
Requirements Gathering – 4 weeks This is the investigative stage of the project. which involved conception, initiation and analysis of the problem. Design phase – 3 weeks This stage involves translating the requirements from the previous stage into detailed designs that address them. This detailed design should be easily converted to programming logic. It is at this stage the technology specifications for implementing the solution, logical structure of the application, design of WebPages, database designs etc are finalized.
v. Installation. The system installation involves placing computer hardware such as computers, servers, printers and routers, and software such as system software, drivers, and plugins into the daily organization’s operations. vi. Data conversion (convert the data from existing system to the new system). This step involves analyzing the data from the old system to determine which information have to be converted to the new
Similarly word summarization is also just like a text summarization in which we will give the text as a paragraph and from that text we can find the word summary using Word Sense Disambiguation technique. 1.3 Word sense disambiguation Word Sense Disambiguation is a challenging technique in Natural Language Processing. There are some words in the natural languages which can cause ambiguity about the sense of the word. Those words are called polysemous words. Word sense disambiguation (WSD) is the solution to the problem.
Its goal is to segment the pixels on the document image into just two classes, regardless of the enormous number of possible text typefaces and the vari- ous types of degradation, which make it an ambitious process. Therefore, document image binarization is of great importance in the document image analysis and recognition pipeline since it affects further stages of the recognition