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AktharunisaBegum, R.
- A Comparative Study on Web Browser Used in Mobile Phone
Authors
1 IFET College of Engineering, Villupuram, IN
2 Computer Applications Department in IFET College of Engineering, IN
Source
Software Engineering, Vol 8, No 4 (2016), Pagination: 87-90Abstract
Web browsers are one of the majority important apps on every device. Having the right features and performance whereas browsing the web can plainly change your entire experience. Finding the precise one can be difficult because there are so many options and the facade of the web is changing all the time. Let’s capture a look at the best browsers of 2016.[1]In this proportional study, it provides which web browser is more resourceful and fitting for mobile phones. Various mobile web browsers pros and cons are analysis and exceedingly used web browsers can be distinct in this paper. Mobile browsers connect to the Internet throughout a cellular network or a wireless LAN (local area network).Several mobile browsers can display habitual HTML sites, while others can only display websites that have been expressly formatted for mobile browsers. Content optimized used for mobile browsers is characteristically text-based or low-graphic and possibly written in languages that were considered for mobile computing such as WML (wireless markup language) otherwise CHTML (compact HTML). Most current mobile browsers these days can display regular HTML.[1]The earliest mobile browser was Apple's NetHopper, which was released in 1996 for PDAs.
Smartphones have become much more than just communication devices, and it’s years since they’ve been viewed just as that. In addition to playing the role of a capable media player, portable gaming device and personal information manager, your smartphone is probably your choice for all sorts of casual web browsing as well.
Keywords
Mobile Browser, Optimized Net Hopper, PADS, Mobile Phones.
- The Future and Scope of Big Data Analytics in Enhancing Agriculture Sector
Authors
1 IFET College of Engineering, Villupuram, IN
2 Computer Applications Department, IFET College of Engineering, IN
Source
Software Engineering, Vol 8, No 4 (2016), Pagination: 105-108Abstract
The expected human population is to grow upto 9 billions by 2050 is the need for food [1],[15]. Big data capability to fill the void in the existing agricultural practices to drive the increase in crop-yield to satisfy the growing need for food [11],[16].
The Broadband connectivity could be the next hurdle affecting the precision agricultural.
Technology chain, employment of ‘big data’ and Telematics services. Without connectivity adequate of the transferring ‘big data’ from cloud or machine-to-machine, inefficiencies are created.
The methodology DEA more useful to estimate the foregone societal value and farm-level profitability due to lack of broadband connectivity [18]. In addition to constraining the profitability of agricultural firms; lack of broadband connectivity limits of precision agricultural technologies is adoption that make use of or relies upon near real time connectivity.
The producers that have adequate connectivity to employ ‘big data’ and telematics will be more efficient than producers without is an excepted results. Thus, the adequate connectivity importance is can be evaluated [1].Depend on that storing of data in big data, we map the population of world and need of food of the population of world.
Using statistical analysis of big data for future population and needed food for the world are provide in statistical analysis provide by using the charts like histogram and graph [1]etc.