David Kittinger had to solve a similar challenge than Mark Taylor with Mini Chess to write a chess program with such less RAM. Accordingly, the program was not that strong, and had 8 levels to search one to eight plies deep. It took 110 minutes to solve that mate in three [6] .
one of Novag's first dedicated chess computer with a program by David Kittinger, first released in 1981. The computer has a Mostek MK3875/42 microcontroller [1] , a second sourced single chip implementation of the Fairchild F8 multi-chip processor, the 3850 ALU with 64 byte scratchpad RAM, which are 64 general purpose 8-bit registers [2] , and the 3851 program storage unit, instruction decoder and 4 Kibibyte mask-programmable ROM, and 64 byte executable RAM [3] [4] .The novelty of Novag Micro Chess was a sensor pegboard with membrane switches, which allows entering moves directly by pulling and sticking pieces on the board. Eight rank and file LEDs indicate origin- and target square of the move made internally by the computer.
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128 Byte Challenge
David Kittinger had to solve a similar challenge than Mark Taylor with Mini Chess to write a chess program with such less RAM. Accordingly, the program was not that strong, and had 8 levels to search one to eight plies deep. It took 110 minutes to solve that mate in three [6] .Invalid Castling
A Micro Chess prototype had a move generation bug due to castling over an attacked square, which of course occurred in its first tournament game at the CPWTIPC 1981, where Micro Chess lost a game from Chess Champion Mark IV [7] [8] [9] :[Event "CPWTIPC 1981"] [Site "Paris, France"] [Date "1981.05.28"] [Round "1"] [White "Chess Champion Mark IV"] [Black "Novag Micro Chess"] [Result "1-0"] 1.e4 e5 2.f4 exf4 3.Bc4 d6 4.Nf3 Ne7 5.O-O Nbc6 6.Nc3 Be6 7.Bxe6 fxe6 8.Qe2 e5 9.Qc4 Ng6 10.a4 Be7 11.d4 Nxd4 12.Nxd4 exd4 13.Qxd4 Bf6 14.Qd5 Bxc3 15.bxc3 c6 16.Qe6+ Qe7 17.Qxe7+ Nxe7 18.Bxf4 d5 19.Be5 {0-0 invalid castling} 1-0See also
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