arudhra

Mobile App for Soil with suitable farming agent  and distributor location ABSTRACT The Soil Screening Guidance incorporates readily obtainable site data into simple, standardized equations to derive site-specific screening levels for selected contaminants and exposure pathways. Admin enter the soil detail and distributor details. User can view those soil details and distributor details. Admin collect all information about soil and distributor location also. 1.1   Objectives The objective of this project is user friendly app for people. Here attach all details about soil and distributor places. 1.2   System Specifications Hardware Requirements:- Ø Android OS Software Requirements: - Operating System :   Android OS Front-End            :    HTML, CSS, and JS Back-End             :    Angular JS, PHP, MYSQL Tool                     :     Cordova EXISTING SYSTEM: Ø Its manual process for earlier system. Ø Its chance to lose our record or data. Ø

Table of Contents ABSTRACT .. 3 CHAPTER 1 – INTRODUCTION .. 4 1.1         Objectives . 4 1.2         Purpose of proposed work . 5 1.3         System Specifications . 5 CHAPTER 2 – LITERATURE REVIEW ... 6 2.1 Existing Definition . 7 CHAPTER 3 OVERALL DESCRIPTION OF THE PROPOSED SYSTEM ... 8 3.1 Product Perspective . 8 3.2 Interfaces . 8 3.3 System Features . 9 3.3.1 Login Module . 9 3.3.2 Registration Module . 10 3.3.3 Post Complaint 10 3.3.4 Admin Response . 10 3.3.5 User Module . 10 CHAPTER 4 – DESIGN .. 10 4.1UML Diagrams: 11 4.1.2 Sequence Diagram: 13 4.1.3 Collaboration Diagram: 15 CHAPTER 5 - OUTPUT SCREENSHOTS . 16 CHAPTER 6 – IMPLEMENTATION DETAILS . 17 6.1 Introduction to Html Framework . 17 6.2 Cascading Style Sheets (CSS) . 17 6.3 MYSQL Server . 19 6.4 PHP . 20 6.5 ANGULAR JAVA SCRIPT .. 20 TECHNICAL FEASIBILITY .. 23 9. SYSTEM TESTING .. 26 9.2 Integration Testing . 29

Rescue Wings: Mobile Computing and Active Services Support for Disaster Rescue ABSTRACT During disaster events, timely and targeted information provision and exchange could provide great help to the stricken population in difficult and complicated environments. This paper reports a service oriented system, called Rescue Wings, for providing emergency support to sufferers and rescuers in disasters. The system utilizes mobile services to acquire real-time information about the users and environment, and constructs service agents (servants) to provide active services for mobile users. To perform their functions, the servants frequently invoke a set of intelligent services of Rescue Wings, which can further access a number of public services from government and other public organizations. We identify the most frequent request sequence patterns (FRSP) of Rescue Wings, and develop a new bio-inspired algorithm for efficiently scheduling the requests to minimize the response delay. The s