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I have a 2.py files, main and api, main code is having all the classes and methods In api file I have all the routes which invoke instance from main code file. But as the application keeps on r.
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Berserk and the band of the hawk review. (Submitted on 13 Jun 2011) Abstract: Memory trace analysis is an important technology for architecture research,system software (i.e., OS, compiler) optimization, and application performanceimprovements. Hardware-snooping is an effective and efficient approach tomonitor and collect memory traces. Compared with software-based approaches,memory traces collected by hardware-based approaches are usually lack ofsemantic information, such as process/function/loop identifiers, virtualaddress and I/O access. In this paper we propose a hybrid hardware/softwaremechanism which is able to collect memory reference trace as well as semanticinformation.
Based on this mechanism, we designed and implemented a prototypesystem called HMTT (Hybrid Memory Trace Tool) which adopts a DIMMsnoopingmechanism to snoop on memory bus and a software-controlled tracing mechanism toinject semantic information into normal memory trace. To the best of ourknowledge, the HMTT system is the first hardware tracing system capable ofcorrelating memory trace with high-level events. Comprehensive validations andevaluations show that the HMTT system has both hardware's (e.g., no distortionor pollution) and software's advantages (e.g., flexibility and moreinformation).
I have a 2.py files, main and api, main code is having all the classes and methods In api file I have all the routes which invoke instance from main code file. But as the application keeps on r.
Want to improve this question?
Berserk and the band of the hawk review. (Submitted on 13 Jun 2011) Abstract: Memory trace analysis is an important technology for architecture research,system software (i.e., OS, compiler) optimization, and application performanceimprovements. Hardware-snooping is an effective and efficient approach tomonitor and collect memory traces. Compared with software-based approaches,memory traces collected by hardware-based approaches are usually lack ofsemantic information, such as process/function/loop identifiers, virtualaddress and I/O access. In this paper we propose a hybrid hardware/softwaremechanism which is able to collect memory reference trace as well as semanticinformation.
Based on this mechanism, we designed and implemented a prototypesystem called HMTT (Hybrid Memory Trace Tool) which adopts a DIMMsnoopingmechanism to snoop on memory bus and a software-controlled tracing mechanism toinject semantic information into normal memory trace. To the best of ourknowledge, the HMTT system is the first hardware tracing system capable ofcorrelating memory trace with high-level events. Comprehensive validations andevaluations show that the HMTT system has both hardware\'s (e.g., no distortionor pollution) and software\'s advantages (e.g., flexibility and moreinformation).
...'>Trace Memory Logo(31.03.2020)I have a 2.py files, main and api, main code is having all the classes and methods In api file I have all the routes which invoke instance from main code file. But as the application keeps on r.
Want to improve this question?
Berserk and the band of the hawk review. (Submitted on 13 Jun 2011) Abstract: Memory trace analysis is an important technology for architecture research,system software (i.e., OS, compiler) optimization, and application performanceimprovements. Hardware-snooping is an effective and efficient approach tomonitor and collect memory traces. Compared with software-based approaches,memory traces collected by hardware-based approaches are usually lack ofsemantic information, such as process/function/loop identifiers, virtualaddress and I/O access. In this paper we propose a hybrid hardware/softwaremechanism which is able to collect memory reference trace as well as semanticinformation.
Based on this mechanism, we designed and implemented a prototypesystem called HMTT (Hybrid Memory Trace Tool) which adopts a DIMMsnoopingmechanism to snoop on memory bus and a software-controlled tracing mechanism toinject semantic information into normal memory trace. To the best of ourknowledge, the HMTT system is the first hardware tracing system capable ofcorrelating memory trace with high-level events. Comprehensive validations andevaluations show that the HMTT system has both hardware\'s (e.g., no distortionor pollution) and software\'s advantages (e.g., flexibility and moreinformation).
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