A B C D E F G H I J K L M N O P Q R S T U V W X Y Z All
Malathi, M.
- A Reflex Self-Directive System for Enclosed Location
Authors
1 P.A. College of Engineering and Technology, Pollachi, IN
2 Department of ECE, P. A. College of Engineering and Technology, Pollachi, IN
Source
Software Engineering, Vol 7, No 5 (2015), Pagination: 132-135Abstract
With the development of many technologies for guiding a person, the electronic indoor guidance is widely expected. The guidance is required for a person who is unfamiliar with the place. The shortest path to reach the destination is given to user. The system uses the push button through which the person can type the destination. The microcontroller gets data from the buttons. The voice storage and playback APR9600 is used for recording the voice and playback. Then the microcontroller is connected to the LCD display to display the destination which is given as an input from the buttons. The way to the destination is stored in voice recorder as a voice signal. The output is played in the speaker. From this the user can easily get a direction for a particular place through the voice signal. When the voice is playing in background related to voice, route image is displayed in desktop according to the .NET software. A RS232 serial port is used for interfacing the microcontroller and a monitor. Through RS232 serial communication port the played sound signal itinerary is displayed in a monitor.
Keywords
Push Button, Microcontroller, APR9600 and LCD Display, RS232, .NET Software.
- Dynamic Cloud Allocation by Managing Web Services and by Implementing Portfolio Thinking and Design Diversity
Authors
Source
Software Engineering, Vol 8, No 6 (2016), Pagination: 160-162Abstract
Web services have gained growing interest due to their importance in developing Business to Business (B2B) or web applications. Simultaneously, cloud computing promises the delivery of reliable, affordable and on-demand services, which can be leased or traded. The popularity of the cloud and its distinctive economies of scale computation advantages make a cloud-based market a plausible and attractive option for publishing and trading web services. Conversely, offering web services through a cloud-based market has underlying risks associated with probable service failure – for instance, because of undependable service provision of the cloud service provider, hardware malfunctions or unpredicted fluctuations in demands for the traded service as a shared resource, etc. All these factors may increase the risks associated with Service Level Agreement (SLA) violations for web applications benefiting from the cloud-based market. Our work views the cloud as a marketplace for trading in-stances of web services, which web applications can explore trade and use as substitutable and compassable entities in the architecture of cloud-based service applications.