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    • 8. 发明申请
    • Memory debugger for system-on-a-chip designs
    • 用于片上系统设计的内存调试器
    • US20050102572A1
    • 2005-05-12
    • US10705101
    • 2003-11-10
    • Klaus Oberlaender
    • Klaus Oberlaender
    • G06F11/00G06F17/50
    • G06F17/5022
    • A simulation/debugging method for SOC designs that utilizes initial memory values loaded into a simulation model. A test program is then executed, and incremetal transaction records are generated for each incremental memory access (e.g., data write operations). Each transaction record includes a timestamp, address and data values. The transaction record information is stored/captured on a high level-based (i.e., system address-based) domain that takes into account all the tiling, interleaving, scrambling, and unaligned accessing used in the simulated SOC design, rather than on a low level-based (i.e., physical memory address-based) domain. Upon completing the simulation, the instantaneous memory contents at any selected point in time during the simulated execution are calculated by combining the initial data and intermediate transaction record information. Automatic memory dump and sanity check tests verify the integrity of the final data value and incremental transactions. Cache memory information is collected and displayed using a system-level format.
    • 一种利用加载到仿真模型中的初始存储器值的SOC设计的仿真/调试方法。 然后执行测试程序,并且为每个增量存储器访问(例如,数据写入操作)生成递增交易记录。 每个事务记录都包含时间戳,地址和数据值。 交易记录信息被存储/捕获在考虑到模拟SOC设计中使用的所有平铺,交织,加扰和非对准访问的高级(即,基于系统地址的)域上,而不是低 (即基于物理内存地址的)域。 在完成仿真之后,通过组合初始数据和中间交易记录信息来计算模拟执行期间任何选定时间点的瞬时存储器内容。 自动内存转储和完整性检查测试验证最终数据值和增量事务的完整性。 使用系统级格式收集和显示缓存内存信息。