Improving the Processing Time with Equally Spread Technique in Cloud Computing

Cloud Computing attracts many people because disappearing entrepreneur needs users consider pre-provisioning, and allows small businesses and expanding resources only when there is an increase in demand for services. In our research work we have used the Equally Spread Current Execution Load technique by creating 50 user bases and 2 data centers on different regions and configuring each user bases on different data centers. Furthermore simulation is run for 90 minutes using service broker policy for the betterment of the results. Finally we configured it with 50 user bases with 2 data centers on different regions by using linux operating system with virtual machine monitor (VMM). By allotting physical hardware units on data centers and running the simulation for 90 minutes it has been observed that the results obtained in case of Equally Spread Current Execution Load are far better than that of round robin. So in this research work we have implemented the Equally Spread Current Execution Load technique and improvement has been made on the behalf of overall response time and processing time of data centers which is much distinguishable as compared to the Round Robin Technique

Equally Spread Current Execution Load Algorithm - A Novel Approach for Improving Data Centre’s Performance in Cloud Computing

Cloud Computing has recently emerged as an innovative approach for hosting & providing services on the Internet. Cloud computing is a concept of distributed computing to provide the customers on-demand, utility based computing services over the internet in the whole world as user pay an hourly basis. Cloud users can provide more trusted, available and up-to-date services to their customers in turn. The cloud is made up of physical machines in cloud provider data centers. The architecture of cloud computing faces the difficulties of large-scale data processing.In this research paper a Equally Spread Current Execution Load Balancing Algorithm has been compared with the Round Robin and this paper has just proposed a method through which the performance can be made better for data centre’s in case of cloud environment

Sorting Technique- An Efficient Approach for Data Mining

As the new data or updates are arriving constantly, it becomes very difficult to handle data in an efficient manner. Moreover, if data is not refreshed it will soon become of no use. Hence data should be updated on regular mode so that it do not obsolete in coming future. In traditional work several other approaches or methods like page ranking, i2mapreduce( that is extension of Map Reduce) were used to enhance performance and increase computation speed as well as run-time processing. But as we have seen the performance is not up to that level which is required in current environment. So, to overcome these drawbacks, in this paper sorting technique is proposed that can enhance mean value and overall performance

Anomalous left coronary artery from pulmonary artery in an adult

Anomalous left coronary artery from the pulmonary artery (ALCAPA) is a rare congenital cardiac anomaly that can cause myocardial infarction, heart failure and even death in paediatric patients. Only few untreated patients survive till adulthood. Here we present the case of a 28-year-old lady with exertional dyspnoea and chest pain who was diagnosed to have ALCAPA

Sorting Technique- An Improvement towards HDD Utilization in HADOOP

A data is tremendously increasing everyday due to updates that are updated after a particular time interval. Therefore it is very hard to handle such a large data that is updated on common basis. Ample number of techniques was proposed in order to enhance the performance and efficiency. In this paper, a technique called as “sorting technique” is implemented so as to increase the mean value. Load of hadoop cluster will decrease in steeply manner when this technique is implemented. The results clearly defines the efficiency of the technique which is used and hence it also proves to be efficient than the traditional techniques

Investigating non-Fritzsch like texture specific quark mass matrices

A detailed investigation of all possible textures of Fritzsch-like and non-Fritzsch like, 144 for texture 6 zero and 432 for texture 5 zero mass matrices, have been carried out to ascertain their compatibility with the existing quark mixing data. It seems that all the texture 6 zero possibilities are completely ruled out whereas in the case of texture 5 zero mass matrices the only viable possibility looks to be that of Fritzsch-like.Comment: 13 pages, 4 figures, Accepted for publication in IJMP

A Family of User Interface Consistency Checking Tools

Incorporating evaluation metrics with GUI development tools will help designers create consistent interfaces in the future. Complexity in design of interfaces makes efficient evaluation impossible by a single consistency checking evaluation tool. Our f ocus is on developing a family of evaluation tools in order to make the evaluation process less cumbersome. We have developed a dialog box typeface and color table to facilitate detection of anomalies in color, font, font size, and font style. Concordance tools have been developed to spot variant capitalization and abbreviations globally in the interface and specifically in the button widgets. As buttons are frequently used widgets, a button layout table has been created to spot any inconsistencies in height, width and relative position between a given group of buttons if present. Finally, a terminology basket tool has been created to identify unwanted synonyms of computer related terms used in the interface which may be misleading to the end user. (Also cross-referenced as CAR-TR-770) (Also cross-referenced as ISR-TR-95-52

Visual & Textual Consistency Checking Tools for Graphical User Interfaces

Designing a user interface with a consistent visual design and textual properties with current generation GUI development tools is cumbersome. SHERLOCK, a family of consistency checking tools, has been designed to evaluate visual design and textual pro perties of interface, make the GUI evaluation process less arduous, and aid usability testing. SHERLOCK includes a dialog box summary table to pro vide a compact overview of visual properties of hundreds of dialog boxes of the interface. Terminology specific tools, like Interface Concordance, Terminology Baskets and Interface Speller have been developed. Button specific tools including Button Conco rdance and Button Layout Table have been created to detect variant capitalization, distinct typefaces, distinct colors, variant button sizes and inconsistent button placements. This paper describes the design, software architecture, and the use of SHERLOC K. An experiment with 60 subjects to study the effects of inconsistent interface terminology on user's performance showed 10-25% speedup for consistent interfaces. SHERLOCK was tested with four commercial prototypes; the corresponding outputs, analysis a nd feedback from designers of these applications is presented. (Also cross-referenced as CAR-TR-828