Abstract Mobile applications are software programs that can be based on different mobile devices and operating systems such as android, ios, symbians etc. These are not only just desktop applications reformatted for a small display but also has the ability to communicate to anywhere to make essential changes and to show how user interact with an application needs to be dealt... Mobile applications are software programs that can be based on different mobile devices and operating systems such as android, ios, symbians etc. These are not only just desktop applications reformatted for a small display but also has the ability to communicate to anywhere to make essential changes and to show how user interact with an application needs to be dealt with. This paper presents a requirement model for specifying different contexts in a comprehensive and integrated manner. It also constitutes a model that shows a conceptual and logical approach that combines different ontology and different context parameters. This paper explores and evaluates to present how information can be provided through mobiles via different contexts. This paper also comprises how the required information will be given to farmers through mobile applications to some extent. Read More Read Less

Abstract DNA Computing is hot topic and a substitute way for computational calculations. It is based on the statement that in general it is possible to design a sequence of biochemical tests including DNA elements which is comparative to processing information secured in these elements. Cook’s Theorem informs that if one algorithm for an NP-complete or an NP-hard issue will be... DNA Computing is hot topic and a substitute way for computational calculations. It is based on the statement that in general it is possible to design a sequence of biochemical tests including DNA elements which is comparative to processing information secured in these elements. Cook’s Theorem informs that if one algorithm for an NP-complete or an NP-hard issue will be designed, then other issues will be fixed through reduction to that problem. The minimum vertex cover problem is a traditional classical graph optimization problem and has been proven to be NP-Complete problem. In this article, we present a DNA based algorithm for fixing the minimum vertex-cover problem. Read More Read Less

Abstract The critical phrase of Requirements Engineering (RE) has been an active research domain for decades. The evolutions in RE over the years have improved them considerably but still many anomalies exist. However, with emergence and evolution of incredibly exciting fields like Natural Language Processing (NLP), Word Sense Disambiguation (WSD), Artificial Intelligence (AI), Information Extraction (IE) and Text Mining (TM); new... The critical phrase of Requirements Engineering (RE) has been an active research domain for decades. The evolutions in RE over the years have improved them considerably but still many anomalies exist. However, with emergence and evolution of incredibly exciting fields like Natural Language Processing (NLP), Word Sense Disambiguation (WSD), Artificial Intelligence (AI), Information Extraction (IE) and Text Mining (TM); new possibilities of semi-automated requirements have emerged. The applicability aspect and application opportunities of these domains in RE may differ but certainly their progress has paved way for semi-automation of RE processes. The semi-automation would significantly help in time saving, precision improvement, error and ambiguity handling, and overall process quality improvement. Some of the opportunities, problems and overview of their solutions have been presented in this paper. The meta models of automated requirements recommendation, WSD and to and fro conversion of informal and formal requirements are proposed. Read More Read Less

Abstract In this paper, we introduce conceptualization of an intelligent health-care system (named as SN2SMS and read as Social Networks to Short Text Messaging) which sends personalized health-care messages prepared from content extracted from campaigns running on online social networks. This combination of online social networking with latest communication technology distinguishes this system from existing health-care communication systems that basically send... In this paper, we introduce conceptualization of an intelligent health-care system (named as SN2SMS and read as Social Networks to Short Text Messaging) which sends personalized health-care messages prepared from content extracted from campaigns running on online social networks. This combination of online social networking with latest communication technology distinguishes this system from existing health-care communication systems that basically send hardcoded healthcare recommendations to their subscribers. Another excellent feature of this system is that it does not diffuse short-text messages to its subscribers blindly. This system is supposed to categorize messages into location-independent messages and location-aware messages. Location-independent messages are sent to all subscribers while location-aware messages are sent only to subscribers of extracted location. Location-aware messages contain information about a disease most likely to be spread in that particular area. Read More Read Less