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    • 2. 发明授权
    • Multi-processor systems and booting methods thereof
    • 多处理器系统及其引导方法
    • US08650388B2
    • 2014-02-11
    • US13064200
    • 2011-03-10
    • Jong-Ho RohMin-Soo Lim
    • Jong-Ho RohMin-Soo Lim
    • G06F9/00
    • G06F9/4405G06F15/177
    • Multi-processor systems and methods thereof are provided. In an example, the multi-processor system may include a boot memory including a plurality of boot codes, each of the plurality of boot codes configured to facilitate an initialization process at one of a plurality of intellectual property (IP) blocks, each of the plurality of IP blocks having shared access to the boot memory. In another example, the multi-processor system may receive, from a first processor, a request to provide one of a plurality of boot codes from a boot memory, the received request sent in response to a system initializing signal, may read the requested boot code from the boot memory and may transfer, from a second processor, the read boot code to the first processor.
    • 提供了多处理器系统及其方法。 在一个示例中,多处理器系统可以包括引导存储器,其包括多个引导代码,所述多个引导代码中的每一个被配置为便于在多个知识产权(IP)块之一处的初始化处理, 多个IP块具有对引导存储器的共享访问。 在另一示例中,多处理器系统可以从第一处理器接收从引导存储器提供多个引导代码中的一个的请求,响应于系统初始化信号发送的接收到的请求可以读取所请求的引导 来自引导存储器的代码,并且可以从第二处理器将读取引导代码传送到第一处理器。
    • 4. 发明申请
    • Processor apparatus having a security function
    • 具有安全功能的处理器装置
    • US20090228711A1
    • 2009-09-10
    • US12381114
    • 2009-03-06
    • Min-soo Lim
    • Min-soo Lim
    • G06F21/00
    • G06F21/575G06F21/71G06F2221/2113G06F2221/2149
    • A processor apparatus capable of operating in a security mode includes a hash value storage unit and a security control unit including a plurality of access authentication hash values. The hash value storage value stores a plurality of hash values including a user authentication hash value and a plurality of access authentication hash values. The security control unit checks whether a boot code transmitted from a boot memory and a hash value from among the hash values, which corresponds to the boot code, are identical, and determines whether a boot operation and a debugging operation of the processor apparatus are allowed and whether an external user is allowed to have access to a predetermined intellectual property (IP) block. The processor apparatus can ensure debugging, security for the processor itself or security for a predetermined block included in the processor apparatus.
    • 能够以安全模式操作的处理器装置包括散列值存储单元和包括多个访问认证散列值的安全控制单元。 散列值存储值存储包括用户认证散列值和多个访问认证散列值的多个散列值。 安全控制单元检查从引导存储器发送的引导代码和与启动代码相对应的散列值中的哈希值是否相同,并且确定是否允许处理器装置的引导操作和调试操作 以及是否允许外部用户访问预定的知识产权(IP)块。 处理器装置可以确保处理器本身的调试,安全性或包括在处理器装置中的预定块的安全性。
    • 5. 发明授权
    • Multi-processor system that reads one of a plurality of boot codes via memory interface buffer in response to requesting processor
    • 多处理器系统,响应于请求处理器,经由存储器接口缓冲器读取多个引导代码之一
    • US07930530B2
    • 2011-04-19
    • US11704202
    • 2007-02-09
    • Jong-Ho RohMin-Soo Lim
    • Jong-Ho RohMin-Soo Lim
    • G06F9/00
    • G06F9/4405G06F15/177
    • Multi-processor systems and methods thereof are provided. In an example, the multi-processor system may include a boot memory including a plurality of boot codes, each of the plurality of boot codes configured to facilitate an initialization process at one of a plurality of intellectual property (IP) blocks, each of the plurality of IP blocks having shared access to the boot memory. In another example, the multi-processor system may receive, from a first processor, a request to provide one of a plurality of boot codes from a boot memory, the received request sent in response to a system initializing signal, may read the requested boot code from the boot memory and may transfer, from a second processor, the read boot code to the first processor.
    • 提供了多处理器系统及其方法。 在一个示例中,多处理器系统可以包括引导存储器,其包括多个引导代码,所述多个引导代码中的每一个被配置为便于在多个知识产权(IP)块之一处的初始化处理, 多个IP块具有对引导存储器的共享访问。 在另一示例中,多处理器系统可以从第一处理器接收从引导存储器提供多个引导代码中的一个的请求,响应于系统初始化信号发送的接收到的请求可以读取所请求的引导 来自引导存储器的代码,并且可以从第二处理器将读取引导代码传送到第一处理器。
    • 7. 发明授权
    • Memory address generating circuit and memory controller using the same
    • 存储器地址产生电路和使用其的存储器控​​制器
    • US07327617B2
    • 2008-02-05
    • US11349860
    • 2006-02-08
    • Min-Soo Lim
    • Min-Soo Lim
    • G11C7/00
    • G11C11/408G06F12/0607G11C11/406G11C11/40622Y02D10/13
    • Provided are a memory address generating circuit through which a user can freely select a method of generating an address of a memory according to an environment in which the memory is applied, and a memory controller including the memory address generating circuit. The memory address generating circuit includes a CAS address selecting circuit and an RAS address selecting circuit. The CAS address selecting circuit outputs a CAS address signal using N (N is an integer) column address signals and M (M is an integer) CAS address select signals. The RAS address selecting circuit which outputs an RAS address signal using K (K is an integer) row address signals and L (L is an integer) RAS address select signals. The memory address generating circuit controls the CAS address select signals and the RAS address select signals to perform a memory mapping most suitable for a system in which the memory is used.
    • 提供了一种存储器地址产生电路,用户可以根据应用存储器的环境自由选择产生存储器的地址的方法,以及存储器控制器,其包括存储器地址生成电路。 存储器地址产生电路包括一个CAS地址选择电路和一个RAS地址选择电路。 CAS地址选择电路使用N(N为整数)列地址信号和M(M为整数)CAS地址选择信号输出CAS地址信号。 使用K(K是整数)行地址信号和L(L是整数)RAS地址选择信号来输出RAS地址信号的RAS地址选择电路。 存储器地址产生电路控制CAS地址选择信号和RAS地址选择信号以执行最适合于使用存储器的系统的存储器映射。
    • 8. 发明申请
    • Multi-processor systems and methods thereof
    • 多处理器系统及其方法
    • US20070192529A1
    • 2007-08-16
    • US11704202
    • 2007-02-09
    • Jong-Ho RohMin-Soo Lim
    • Jong-Ho RohMin-Soo Lim
    • G06F12/00
    • G06F9/4405G06F15/177
    • Multi-processor systems and methods thereof are provided. In an example, the multi-processor system may include a boot memory including a plurality of boot codes, each of the plurality of boot codes configured to facilitate an initialization process at one of a plurality of intellectual property (IP) blocks, each of the plurality of IP blocks having shared access to the boot memory. In another example, the multi-processor system may receive, from a first processor, a request to provide one of a plurality of boot codes from a boot memory, the received request sent in response to a system initializing signal, may read the requested boot code from the boot memory and may transfer, from a second processor, the read boot code to the first processor.
    • 提供了多处理器系统及其方法。 在一个示例中,多处理器系统可以包括引导存储器,其包括多个引导代码,所述多个引导代码中的每一个被配置为便于在多个知识产权(IP)块之一处的初始化处理, 多个IP块具有对引导存储器的共享访问。 在另一示例中,多处理器系统可以从第一处理器接收从引导存储器提供多个引导代码中的一个的请求,响应于系统初始化信号发送的接收到的请求可以读取所请求的引导 来自引导存储器的代码,并且可以从第二处理器将读取引导代码传送到第一处理器。
    • 9. 发明申请
    • Memory address generating circuit and memory controller using the same
    • 存储器地址产生电路和使用其的存储器控​​制器
    • US20060181940A1
    • 2006-08-17
    • US11349860
    • 2006-02-08
    • Min-Soo Lim
    • Min-Soo Lim
    • G11C7/00
    • G11C11/408G06F12/0607G11C11/406G11C11/40622Y02D10/13
    • Provided are a memory address generating circuit through which a user can freely select a method of generating an address of a memory according to an environment in which the memory is applied, and a memory controller including the memory address generating circuit. The memory address generating circuit includes a CAS address selecting circuit and an RAS address selecting circuit. The CAS address selecting circuit outputs a CAS address signal using N (N is an integer) column address signals and M (M is an integer) CAS address select signals. The RAS address selecting circuit which outputs an RAS address signal using K (K is an integer) row address signals and L (L is an integer) RAS address select signals. The memory address generating circuit controls the CAS address select signals and the RAS address select signals to perform a memory mapping most suitable for a system in which the memory is used.
    • 提供了一种存储器地址产生电路,用户可以根据应用存储器的环境自由选择产生存储器的地址的方法,以及存储器控制器,其包括存储器地址生成电路。 存储器地址产生电路包括一个CAS地址选择电路和一个RAS地址选择电路。 CAS地址选择电路使用N(N为整数)列地址信号和M(M为整数)CAS地址选择信号输出CAS地址信号。 使用K(K是整数)行地址信号和L(L是整数)RAS地址选择信号来输出RAS地址信号的RAS地址选择电路。 存储器地址产生电路控制CAS地址选择信号和RAS地址选择信号以执行最适合于使用存储器的系统的存储器映射。