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Template Recognition of Bytecodes and Execution
using Hardware Architecture.
(Vectorization of Java)
- MatMul is really a benchmark, that involves matrices.
Performs multiplication, time believed for 100 cycles.
Performed it while using pointed out Libraries.
- Note: JNI was utilized in situation of VSIPL (selectively wrapped).
Results purely according to my LINUX box, 2.2 Ghz 608 MB RAM variation can happen.
Might have used libraries poorly
- Use of Set up forces performance.
Use of Instruction Set will improve performance
Scan bytecodes, for patterns. (describes my title of Template recognition of bytecodes)
Lined up set up code. [instruction sets] (execution using hardware architecture).
To scan for computation intensive patterns in bytecodes
- Require a program which could scan bytecodes
Require a program that may modify bytecodes
Must i write a course to get this done (fairly complex job)
Any Free Programs Around around the Internet. YES
BCEL (Byte code Engineering Library)
- Bytecode manipulation framework
Designed and Carried out to be small , fast
Purely Implemented in Java
Runtime jar is just 25kb
Abstracts bytecode complexity in the User.
Implemented some sample programs effectively.
only needs the runtime jar within the class path
Complex (clearly my view)
- Bytecode Engineering Library
Analyse, Create and Manipulate java class files
Enables creation and modifications of sophistication files in the scratch
runtime jar dimensions are 350kb
Not thread safe
Implemented some sample programs
Clear to see.
just needs the jar around the class path
- Able to creation, manipulation and editing class files during runtime.
According to java vocabulary
runtime jar dimensions are 425kb
Source code level and bytecode level API available
Bytecode could be directly placed as text, Java Assist will compile
Implemented some sample programs
Clear to see.
just needs the jar around the classpath
- Made the decision to choose the JavaAssist
Source and bytecode level API available
bytecodes could be placed within the source, in text form.
Might be large in dimensions.
Make use of a standard class for test situation
first recognize complex patterns at bytecode level