Small web applications have a tendency to get bigger. Yet despite the current popularity of web applications, little has been done to help programmers to leverage the performance and scalability benefits that can result from the introduction of parallelism into a program. Accordingly, we present a technique for the automatic parallelisation of whole web applications, including persistent data storage mechanisms. We detail our prototype implementation of this technique, Ceth and finally, we establish the soundness of the process by which we extract coarse-grained parallelism from programs
Abstract. Increasingly, biological data is being shared over the deep web. Many biological queries c...
JavaScript is a sequential programming language, and Thread-Level Speculation has been proposed to d...
Two important trends in computer systems are that applications are moved to the Internet as web appl...
In recent years, web applications have become pervasive. Their backbone is JavaScript, the only prog...
Multicore designs have emerged as the mainstream design paradigm for the microprocessor industry. Un...
In recent years, web applications have become pervasive. Their backbone is JavaScript, the only prog...
Parallel computing has been present on desktop computers for some time. With the development of HTML...
Web architectures are an important asset for various large-scale web applications, such as social ne...
This paper presents a model which combines the processing power of parallel computation with the eas...
Web application workloads are often characterized by a large number of unique read requests and a si...
With increasing bandwidth available to the client and the number of users growing at an exponential ...
Today’s Internet is long past static web pages filled with HTML-formatted text sprinkled with an occ...
The use of dynamically generated Web content is gaining in popularity over traditional static HTML c...
Mozilla Research is developing Servo, a parallel web browser engine, to exploit the benetsof paralle...
Data-driven web applications are usually structured in three tiers with different programming mo...
Abstract. Increasingly, biological data is being shared over the deep web. Many biological queries c...
JavaScript is a sequential programming language, and Thread-Level Speculation has been proposed to d...
Two important trends in computer systems are that applications are moved to the Internet as web appl...
In recent years, web applications have become pervasive. Their backbone is JavaScript, the only prog...
Multicore designs have emerged as the mainstream design paradigm for the microprocessor industry. Un...
In recent years, web applications have become pervasive. Their backbone is JavaScript, the only prog...
Parallel computing has been present on desktop computers for some time. With the development of HTML...
Web architectures are an important asset for various large-scale web applications, such as social ne...
This paper presents a model which combines the processing power of parallel computation with the eas...
Web application workloads are often characterized by a large number of unique read requests and a si...
With increasing bandwidth available to the client and the number of users growing at an exponential ...
Today’s Internet is long past static web pages filled with HTML-formatted text sprinkled with an occ...
The use of dynamically generated Web content is gaining in popularity over traditional static HTML c...
Mozilla Research is developing Servo, a parallel web browser engine, to exploit the benetsof paralle...
Data-driven web applications are usually structured in three tiers with different programming mo...
Abstract. Increasingly, biological data is being shared over the deep web. Many biological queries c...
JavaScript is a sequential programming language, and Thread-Level Speculation has been proposed to d...
Two important trends in computer systems are that applications are moved to the Internet as web appl...