application-level fault tolerance
Designing of a Real Time Software Fault Tolerance Schema based on NVP and RB Techniques
... “Multi-version fault tolerance techniques concern on using multiple versions (or variants) of a piece of software (module) in a structured way to ensure that design faults in one version will be covered by ...
7
The Modern Approach to Exploit Multiple Cores using Process-Level Redundancy for Transient Fault Tolerance
... reliability level of hardware technique is not rendered by a software technique, they provide a significantly low cost and flexible (zero hardware design ...transient fault tolerance approaches use ...
5
MAXIMIZED RESULT RATE JOIN ALGORITHM
... web application by using their own ...the fault tolerance level of the user based on their access ...and tolerance level is needed to be applied over the users who are accessing ...
7
Design and Analysis of Transient Fault Tolerance for Multi Core Architecture
... constraints Fault results in a glitch which may not noticed by the ...reliability level of hardware technique, they significantly provides a low cost and flexible (zero hardware design ...transient ...
6
Fault Tolerance and Reliability in Scientific Workflows
... the level of individual platforms – beyond what is necessary to do research in their domain, ...as application developers move to become web service providers, and computer scientists seek to provide ...
79
Resilience in high level parallel programming languages
... proposed fault tolerance exten- sions for ...user-level fault tolerance mechanism applied in ...the application to the remaining PEs or create new PEs dynamically using the ...
259
Similarities and Differences Between Parallel Systems and Distributed Systems
... The time to develop a solution (application) is generally lower with distributed frameworks such as Spark and Flink and requires a lower level of expertise. This is because the programing interface and ...
8
A New Approach to Grid Scheduling using Random Weighted Genetic Algorithm with Fault Tolerance Strategy
... Multi objective evolutionary algorithms (MOEA) are the efficient algorithm to solve the multi objective optimization problem [1]. In real world there are many problems with several objectives having no single optimal ...
6
Automating fault tolerance in high performance computational biological jobs using multi agent approaches
... Intelligence of an agent can be useful in at least four important ways for achieving fault tolerance while a sub-job is executed. Firstly, an agent knows the landscape in which it is located. Knowledge of ...
33
Application of Self-Tuning Control System for Solution of Fault Tolerance Problem
... The positive definite symmetric matrix P can be obtained from the solution of the relevant Lyapunov equation. The main problem associated with algorithms (8) is that all self- tuning contours are linked through the ...
5
Hybrid MapReduce Workflow
... Conclusions • First hybrid workflow system based on MapReduce and iterative MapReduce runtimes • Support iterative parallel application efficiently • Fault tolerance and HDFS support add[r] ...
25
1. Clustering aspects in wireless sensor network:a review
... DEEC stands for distributed energy efficient clustering that is used for heterogeneous wireless sensor network. In this protocol the ratio between the remaining energy on every node and average energy on the network is ...
6
FICTC: fault tolerance and interference aware topology control for wireless multi hop networks
... with fault toler- ance requirement. For different fault tolerance require- ment, graph-based simulations results indicated that FICTC outperforms the state-of-the-art fault-tolerant topology ...
13
IJCSMC, Vol. 3, Issue. 1, January 2014, pg.423 – 427 SURVEY ARTICLE A Survey on Wireless Sensor Network Protocols
... flexibility, fault tolerance, high sensing fidelity, low-cost and rapid deployment characteristics of sensor networks create many new and exciting application areas for remote ...of ...
5
Fault Tolerant Techniques for Reconfigurable Devices: a brief Survey
... Today FPGAs are widely used in product prototyping and development because of their ability of configuration and re- configuration. FPGAs have a regular structure of logic blocks and interconnect which facilitates for ...
6
A theory for observational fault tolerance
... setting, fault tolerance would be a property of the system code at public locations, which preserves its behaviour up to a certain level of fault, even when the unreliable code it depends on ...
45
A Petri net approach to fault verification in phased mission systems using the standard deviation technique
... Comparing the model predicted system variable behaviour to that recorded from the actual system will allow fault reports to be verified or filtered as appropriate. There are a number of comparison techniques that ...
17
CAFT: Cost-aware and Fault-tolerant routing algorithm in 2D mesh Network-on-Chip
... As mentioned before, if value of the signal is 1, that node is defective. Otherwise, the node is healthy and packet can be routed from this node. By this information, node is notified of the fault location and ...
8
Portable Parallel Programming on Cloud and HPC: Scientific Applications of Twister4Azure
... – Address the challenges of scalability and fault tolerance unique to utilizing the cloud interfaces – Support multi-level caching of loop-invariant data across iterations as well as cac[r] ...
35
Transformation of programs for fault tolerance
... The recovery actions of R are enabled only when a failure occurs and transform an error state into a good state which is consistent with the execution sequence interrupted by the fault..[r] ...
27