By David Gregg, James Power, John Waldron (auth.), Vijaykrishnan Narayanan, Mario I. Wolczko (eds.)
Java is a thrilling new object-oriented know-how. for aiding gadgets and different positive aspects of Java equivalent to multithreading, dynamic linking and loading is the point of interest of this ebook. The influence of Java's positive factors on micro-architectural assets and matters within the layout of Java-specific architectures are attention-grabbing subject matters that require the fast recognition of the study group. whereas Java has turn into an enormous a part of machine functions, it really is now getting used commonly in high-end server markets, and may quickly be frequent in low-end embedded computing.
Java Microarchitectures includes a choice of papers supplying a photo of the cutting-edge in aid for Java. The publication covers the habit of Java functions, embedded processors for Java, reminiscence process layout, and high-performance single-chip architectures designed to execute Java functions successfully.
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Extra info for Java Microarchitectures
L. ~ <> "C::I til 0 til IS (d) Effectiveness of D-L2 cache Simulation results very high miss rate. 5%. This is a fairly high miss rate for the cache size we are simulating. From the data presented in Fig. 8 and Fig. 2%. 7% for TPC-B). 4 29 The Effectiveness of the L2 Data Cache Fig. 3(d) shows how effective the L2 data cache is for reducing the number of times a request has to go all the way to memory. This graph plots the percentage of Ll data cache misses that miss in the L2 data cache. 8 and Figs.
More recent compilers have much reduced the in lining ability. This raises the question of whether emprs is representative of real bytecodes, given that much of its efficiency depends on an unsafe optimization. With less virtual methods being called, there is a corresponding drop in aload_O instructions, which corresponding to loading an object from that method's class. However, the spec programs do show one peculiarity here, in that they redundantly store an object reference to a local variable and immediately load it again.
They study the lifetime characteristics of objects in Java programs, the temporal locality, and the impact of cache associativity on cache miss rate. They also study the performance impact of garbage collection under different heap sizes, and the effect of a heap size on the cache and the VM performance of applications. Li et al. [LJV+OO] use a complete system simulation to study SPEC JVM98 benchmarks. , under interpretation). They find that most of the kernel activity is due to TLB miss handling and attribute many of those TLB misses to TIT compilation.
Java Microarchitectures by David Gregg, James Power, John Waldron (auth.), Vijaykrishnan Narayanan, Mario I. Wolczko (eds.)