By Khaled Salah Mohamed
This e-book describes the lifestyles cycle means of IP cores, from specification to construction, together with IP modeling, verification, optimization, and defense. numerous trade-offs within the layout technique are mentioned, together with these linked to a number of the commonest reminiscence cores, controller IPs and system-on-chip (SoC) buses. Readers also will enjoy the author’s sensible insurance of latest verification methodologies. reminiscent of trojan horse localization, UVM, and scan-chain. A SoC case research is gifted to match conventional verification with the recent verification methodologies.
Discusses the full lifestyles cycle strategy of IP cores, from specification to construction, together with IP modeling, verification, optimization, and defense;
Introduce a deep advent for Verilog for either implementation and verification perspective.
Demonstrates tips to use IP in purposes resembling reminiscence controllers and SoC buses.
Describes a brand new verification method referred to as malicious program localization;
Presents a unique scan-chain technique for RTL debugging;
Enables readers to hire UVM method in undemanding, functional terms.
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Extra resources for IP Cores Design from Specifications to Production: Modeling, Verification, Optimization, and Protection
Sample text
To secure an IP, we need to obfuscate it then encrypt the contents before sending it to the customer. Obfuscation is a technique that transforms an application or a design into one that is functionally equivalent to the original but is significantly more difficult to reverse engineer. So, Obfuscation changes the name of all signals to numbers and characters combination. The second level is to encrypt the whole files [41, 42]. Although encryption is effective, code obfuscation is an effective enhancement that further deters code understanding for attackers [43].
37). Dynamic Partial Reconfiguration (DPR) is also used to optimize area usage. With DPR, it is possible to implement different circuits that are not needed at the same time, and that do not operate simultaneously, on the same FPGA area, resulting in considerable area savings as depicted in Fig. 38. This area is generally called the reconfigurable region (RR). Whenever the designer wants to change the implemented circuit, an amount of time is needed to rewrite the configuration memory at runtime and this is called the reconfiguration time [34–36].
9. Linting tools Linting tools are widely used to check the HDL syntax before synthesizing it. The input to the linting tool is HDL source and the output is warning and error messages. Linting tools do not detect functional bugs. And they do not need stimulus [29]. 2 Unsynthesizable constructs. Unintentional latches. Unused declarations. Driven and undriven signals. Race conditions. Incorrect usage of blocking and non-blocking assignments. Incomplete assignments in subroutines. Case statement style issues.