The performance measurement of cryptographic primitives on palm devices
Duncan S. Wong, H.H. Fuentes, Agnes Hui Chan · 2005
We developed and evaluated several cryptographic system libraries for Palm OS(R) which include stream and block ciphers, hash functions and multiple-precision integer arithmetic operations. We noted that the encryption speed of SSC2 outperforms both ARC4 (Alleged RC4) and SEAL 3.0 if the plaintext is small. On the other hand, SEAL 3.0 almost doubles the speed of SSC2 when the plaintext is very large. We also observed that the optimized Rijndael with 8KB of lookup tables is 4 times faster than DES. In addition, our results show that implementing the cryptographic algorithms as system libraries does not degrade their performance significantly. Instead, they provide great flexibility and code management to the algorithms. Furthermore, the test results presented provide a basis for performance estimation of cryptosystems implemented on the PalmPilot/sup TM/.