Development of Mobile App for the Soil Classification
Using the Arduino Platform for Controlling AC Appliances with GSM Module and Relay
Evaluation of Mobile Banking Services Usage in Minna, Niger State
Emerging Technologies in Interaction with Mobile Computing Devices – A Technology Forecast
Development of an Android Based Mobile Application for the Design and Detailing of Isolated Pad Foundations According to Eurocode 2
Smartphone Applications–A Comparative Study BetweenOlder And Younger Users
Technological Diffusion of Near Field Communication (NFC)
Touchscreen and Perceived Usability: A Comparison of Attitudes between Older and Younger Mobile Device Users
Applications of Wearable Technology in Elite Sports
A Review on Routing Protocols for Mobile Adhoc Networks
UTRAN is one of the important subsystems in 3G / WCDMA architecture which connects the 3G mobile user to the WCDMA acting as a backbone for getting connectivity and user applications and also gives exposure to UTRAN nodes , their connectivity structure and the signal processing carried out by each part of the UTRAN system. Now-a-days, 3G, as considered in the world dictionary, this revolution gives a big market business throughout the world, which makes everything fast in the telecommunication field. This paper proposes a UTRAN architecture using WCDMA technology.
MANET (Mobile Ad-hoc Network) is an infrastructure-less mobile network where each node can act well as a router which forwards the packet that helps in the route discovery from source to destination. In this paper, The authors will discuss about DSR and AODV, both of which are the reactive routing protocols used in MANET. Also, we will see the simulation based comparison between these two protocols using two parameters, that are Throughput and End to- End Delay.
This paper presents the development of a personal Machine to Machine healthcare system that is both flexible and scalable. Based on the IPv6 protocol, the system can be used over a low power wireless personal area network. Since a hierarchical network structure offers excellent accessibility, the system is applicable to both local and International healthcare services. To further enhance scalability and reliability, the proposed system combines low power wireless personal area network with mobile techniques, depending on whether the sensor is located inside or outside the range of a wireless sensor network. Employing wearable low power sensors, the system measures health parameters dynamically. For wireless transmission, these sensors are connected to a machine to machine node either through the internet or through an external IPv4/IPv6 enabled network. The low power wireless personal area network protocols to wide area networks were verified in practical tests using a machine to machine gateway. To assess the physical health of an individual, the system uses heart rate variability analysis in time and frequency domain. Acquired data are first stored on a server for analysis. Result of the analysis is then automatically sent to Android based mobile devices carried by the individual or appointed healthcare providers. In this way, mobile techniques are used to support remote health monitoring services. This personal machine to machine healthcare system has the capacity to accurately process large amount of biomedical signals. Moreover, due to its ability to use mobile technology, the system allows the patient to conveniently monitor their own health status, regardless of location.
This paper proposes a GSM -Mobile based Robot controller system with a PC interface. The robot can be controlled by a GSM mobile  in order to do customized tasks from a remote location, and which would be monitored by another remote interface like a PC interface. Robot Navigation  guides a mobile robot to move to a desired goal, along the planned path in an environment characterized by a terrain and a set of distinct objects (such as obstacles, milestones, waypoints and landmarks). Motion planning  is often designed to optimize specific performance criteria and to satisfy constraints on the robot's motion. The distinguishing feature of this paper is that, true mobility can be leveraged through the Mobile Communication Network. The robot also detects the obstacles while moving through the obstacle sensor .
A Mobile Ad hoc Network is a collection of wireless mobile nodes that are capable of communicating with each other or without the use of any centralized infrastructure. This paper is concerned with a strategic secure routing in a completely Disseminated Disposition State in ad hoc networks. The authors have taken an initiative in enhancing the existing Disposition State Authentication plans to apply in MANETs, such as adaptive termination timer and selective deviation tests, so as to administer blockage and quick convergence. The protocol Node Disposition State Verification (NDSV) has been developed based on the AODV (Ad hoc On Demand Distance Vector) protocol by incorporating two performance measures, Eigen Vector and Degree Centrality to evaluate the individual trust claims and to identify the right nodes for communication, respectively. This protocol is implemented and tested using Network Simulator-2 (NS-2) in the presence of blackhole attacks to prove its robustness and to demonstrate the achievement for better throughput and response time with regard to negligible jitter effort.
In this world, Mobile devices are growing in a high accuracy level. The embedded mobile service is a vital element in social media which handles every mobile user’s information, such as online status of GPS location and network location and updating user contacts. When plenty of updates occur continuously, large number of messages are spread in the presence cloud which turns on embedded mobile service to support high scale social media applications if mobile user enters into media, presence cloud finds for availability of their friends and alerts them of their arrivals, presence cloud gathering presence server into quorum related server to server model for reliable presence searching. The server cloud which is applied directed through the search algorithm and through the one hop caching strategy method is minimal to search latency. The natured presence cloud analyses the search cost and user satisfaction level, through which the cost and the number of messages created in presence server through the user is reduced to a minimal level.