name: RAM
full_form: Random Access Memory
context: The figures given in this section are rough estimates on complexity for a Rijndael kernel with and without full DPA/SPA/TA protections. For an unmasked kernel and unmasked modes, the total estimate for the f1 â f5* functions fits into 2k of ROM, using 120 bytes of RAM and executing under 80 ms @ 3.25 Mhz for our draft implementation. This lies well within the required 8k of ROM, 300 bytes of RAM and 500 ms execution time. For a masked version of the kernel and modes, the total estimate for the f1-f5 functions still meets the requirement of 8k of ROM, furthermore executing in less then 235 ms @ 3.25 Mhz for our draft implementation. However, masking techniques such as those described later on in this evaluation report require at least 256 additional bytes of XRAM, which sums up to slightly under 400 bytes of RAM for the kernel and modes." Additional comment: The Task Forceâs expertise is in the design of the specified cryptographic functions. It is not familiar with (and doesnât really
description: RAM refers to Random Access Memory, a critical network attribute for operation. It specifically highlights the memory requirements for implementing cryptographic functions within the network.
explanation: The context explicitly mentions RAM in relation to the memory requirements (e.g., 'using 120 bytes of RAM', 'require at least 256 additional bytes of XRAM') for the implementation of cryptographic functions, thus classifying it as a Parameter.
section_title: 10.6.5	Conclusion on algorithm complexity
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biotag_Description: B-Organization,O,O,B-Procedure,I-Procedure,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O