\indexentry{F-CPU}{1}
\indexentry{Freedom CPU}{1}
\indexentry{F-CPU project}{12}
\indexentry{SIMD}{12}
\indexentry{superpipelined}{12}
\indexentry{64-bit RISC microprocessor}{12}
\indexentry{VHDL}{12}
\indexentry{FC0}{13}
\indexentry{LEON}{14}
\indexentry{Freedom}{14}
\indexentry{Open Source}{15}
\indexentry{Free Software}{15}
\indexentry{M2M}{16}
\indexentry{TTA}{16}
\indexentry{FPU}{17}
\indexentry{SMP}{17}
\indexentry{Merced}{17}
\indexentry{x86}{17}
\indexentry{ALPHA}{18}
\indexentry{MIPS}{18}
\indexentry{EV-4}{18}
\indexentry{OS}{18}
\indexentry{Linux}{18}
\indexentry{Cost}{18}
\indexentry{Price}{18}
\indexentry{Purchasing}{18}
\indexentry{LEON}{18}
\indexentry{ARM}{18}
\indexentry{Freedom CPU Project Constitution}{29}
\indexentry{ARM}{29}
\indexentry{roadmap}{31}
\indexentry{FC0}{31}
\indexentry{R2000}{34}
\indexentry{ALPHA}{34}
\indexentry{CDC6600}{34}
\indexentry{RISC}{34}
\indexentry{SH5}{34}
\indexentry{64-bit processor}{34}
\indexentry{Merced (IA64)}{34}
\indexentry{VLIW}{34}
\indexentry{Register \#0}{34}
\indexentry{MIPS}{34}
\indexentry{64 registers}{35}
\indexentry{IRQ}{35}
\indexentry{IRQHANDLER}{35}
\indexentry{Smooth Register Backup}{36}
\indexentry{IA64}{36}
\indexentry{PGP-breaker CPU}{37}
\indexentry{Flags Size}{37}
\indexentry{SIMD}{38}
\indexentry{generalized registers}{38}
\indexentry{Special registers}{38}
\indexentry{SR}{38}
\indexentry{Smooth Register Backup}{39}
\indexentry{SRB}{39}
\indexentry{no condition code register}{39}
\indexentry{carry flag}{39}
\indexentry{endianless}{39}
\indexentry{Context MemoryBlocks}{40}
\indexentry{CMB}{40}
\indexentry{protection mechanism}{41}
\indexentry{FC0}{44}
\indexentry{superpipelined}{44}
\indexentry{Out Of Order Completion}{44}
\indexentry{OOO}{44}
\indexentry{PowerPC}{45}
\indexentry{P6}{45}
\indexentry{scoreboard}{45}
\indexentry{crossbar}{46}
\indexentry{evolution}{47}
\indexentry{FC0}{47}
\indexentry{F-CPU}{47}
\indexentry{FC0}{49}
\indexentry{F1}{49}
\indexentry{SDRAM}{50}
\indexentry{POPCOUNT}{50}
\indexentry{TLB}{50}
\indexentry{LUT}{50}
\indexentry{cache}{50}
\indexentry{Execution Units}{51}
\indexentry{alien technology}{51}
\indexentry{ROP2}{51}
\indexentry{bit scrambling unit}{53}
\indexentry{SHL}{53}
\indexentry{increment unit}{54}
\indexentry{add/sub unit}{55}
\indexentry{integer multiply unit}{55}
\indexentry{integer divide unit}{56}
\indexentry{Load/Store unit}{56}
\indexentry{population count unit}{56}
\indexentry{Single Error Correction Unit}{56}
\indexentry{POPC}{56}
\indexentry{SEC}{56}
\indexentry{add}{78}
\indexentry{addition}{78}
\indexentry{sub}{80}
\indexentry{substraction}{80}
\indexentry{mul}{82}
\indexentry{multiplication}{82}
\indexentry{div}{84}
\indexentry{division}{84}
\indexentry{addi}{85}
\indexentry{addition immediate}{85}
\indexentry{subi}{86}
\indexentry{substraction immediate}{86}
\indexentry{muli}{87}
\indexentry{multiplication immediate}{87}
\indexentry{divi}{88}
\indexentry{division immediate}{88}
\indexentry{rem}{89}
\indexentry{remainder}{89}
\indexentry{remi}{90}
\indexentry{remainder immediate}{90}
\indexentry{mac}{91}
\indexentry{multiply and accumulate}{91}
\indexentry{addsub}{93}
\indexentry{addition and substraction}{93}
\indexentry{popcount}{94}
\indexentry{population count}{94}
\indexentry{popcounti}{95}
\indexentry{population count with immediate substract}{95}
\indexentry{inc}{96}
\indexentry{increment}{96}
\indexentry{dec}{97}
\indexentry{decrement}{97}
\indexentry{neg}{98}
\indexentry{negation}{98}
\indexentry{scan}{99}
\indexentry{cmpl}{101}
\indexentry{compare for lower}{101}
\indexentry{cmple}{102}
\indexentry{compare for lower or equal}{102}
\indexentry{cmpli}{103}
\indexentry{compare for lower with immediate}{103}
\indexentry{cmplei}{104}
\indexentry{compare for lower or equal with immediate}{104}
\indexentry{abs}{105}
\indexentry{absolute value}{105}
\indexentry{max}{106}
\indexentry{maximum}{106}
\indexentry{min}{107}
\indexentry{minimum}{107}
\indexentry{maxi}{108}
\indexentry{maximum immediate}{108}
\indexentry{mini}{109}
\indexentry{minimum immediate}{109}
\indexentry{sort}{110}
\indexentry{ladd}{111}
\indexentry{lns addition}{111}
\indexentry{lsub}{112}
\indexentry{lns substract}{112}
\indexentry{l2int}{113}
\indexentry{lns to int conversion}{113}
\indexentry{int2l}{114}
\indexentry{int to lns conversion}{114}
\indexentry{shift}{115}
\indexentry{shift left logical}{115}
\indexentry{shiftr}{116}
\indexentry{shift right logical}{116}
\indexentry{shiftra}{117}
\indexentry{shift right arithmetic}{117}
\indexentry{rotl}{118}
\indexentry{rotate left}{118}
\indexentry{rotr}{119}
\indexentry{rotate right}{119}
\indexentry{shiftli}{120}
\indexentry{shift left immediate}{120}
\indexentry{shiftri}{121}
\indexentry{shift right immediate logic}{121}
\indexentry{shiftrai}{122}
\indexentry{shift right arithmetic immediate}{122}
\indexentry{rotli}{123}
\indexentry{rotate left immediate}{123}
\indexentry{rotri}{124}
\indexentry{rotate right immediate}{124}
\indexentry{bitop}{125}
\indexentry{single bit operation}{125}
\indexentry{bitopi}{126}
\indexentry{single bit operation immediate}{126}
\indexentry{bitrev}{127}
\indexentry{bit reverse}{127}
\indexentry{bitrevi}{129}
\indexentry{bit reverse immediate}{129}
\indexentry{byterev}{130}
\indexentry{byte reverse}{130}
\indexentry{dbitrev}{131}
\indexentry{double bit reverse}{131}
\indexentry{dbitrevi}{132}
\indexentry{double bit reverse immediate}{132}
\indexentry{dshift}{133}
\indexentry{double shift left logical}{133}
\indexentry{dshiftli}{134}
\indexentry{double shift left immediate}{134}
\indexentry{dshiftr}{135}
\indexentry{double shift right logical}{135}
\indexentry{dshiftri}{136}
\indexentry{double shift right immediate logic}{136}
\indexentry{shiftra}{137}
\indexentry{shift right arithmetic}{137}
\indexentry{shiftrai}{138}
\indexentry{shift right arithmetic immediate}{138}
\indexentry{mix}{139}
\indexentry{expand}{141}
\indexentry{sdup}{143}
\indexentry{simd duplication}{143}
\indexentry{logic}{144}
\indexentry{bitwise logic}{144}
\indexentry{logici}{146}
\indexentry{bitwise logic immediate}{146}
\indexentry{Floating Point}{147}
\indexentry{fadd}{148}
\indexentry{floating point addition}{148}
\indexentry{fsub}{149}
\indexentry{floating point substraction}{149}
\indexentry{fmul}{150}
\indexentry{floating point multiplication}{150}
\indexentry{f2int}{151}
\indexentry{floating point to integer conversion}{151}
\indexentry{int2f}{152}
\indexentry{integer to floating point conversion}{152}
\indexentry{fiaprx}{153}
\indexentry{floating point inverse approximation}{153}
\indexentry{fsqrtiaprx}{154}
\indexentry{floating point square root inverse approximation}{154}
\indexentry{fcmple}{155}
\indexentry{float compare for lower or equal}{155}
\indexentry{fcmpl}{156}
\indexentry{float compare for lower}{156}
\indexentry{fdiv}{157}
\indexentry{floating point division}{157}
\indexentry{fsqrt}{158}
\indexentry{floating point square root}{158}
\indexentry{flog}{159}
\indexentry{floating point logarithm}{159}
\indexentry{fexp}{160}
\indexentry{floating point exponential}{160}
\indexentry{fmac}{161}
\indexentry{floating point multiply and accumulate}{161}
\indexentry{faddsub}{162}
\indexentry{floating point addition and substraction}{162}
\indexentry{load}{163}
\indexentry{load a memory item into a register and adjust the endianness}{163}
\indexentry{store}{165}
\indexentry{adjust the endianness and store the result in memory}{165}
\indexentry{load}{166}
\indexentry{load a memory item into a register, adjust the endianness and update the pointer}{166}
\indexentry{store}{168}
\indexentry{adjust the endianess, store the result in memory and update the pointer}{168}
\indexentry{loadi}{169}
\indexentry{load a memory item into a register, adjust the endianess and update the pointer with an immediate number}{169}
\indexentry{storei}{170}
\indexentry{adjust the endianess, store the result in memory and update the pointer with an immediate number}{170}
\indexentry{loadf}{171}
\indexentry{storef}{171}
\indexentry{loadif}{171}
\indexentry{storeif}{171}
\indexentry{load and store without caching}{171}
\indexentry{cachemm}{172}
\indexentry{cache memory management}{172}
\indexentry{move}{174}
\indexentry{conditionnally move a register into another}{174}
\indexentry{loadcons}{176}
\indexentry{load a constant into a register}{176}
\indexentry{get}{177}
\indexentry{get the value of a special register and write it to a register}{177}
\indexentry{put}{178}
\indexentry{put the value of a register into a special register}{178}
\indexentry{loadm}{179}
\indexentry{load multiple registers from memory}{179}
\indexentry{storem}{180}
\indexentry{store multiple registers to memory}{180}
\indexentry{geti}{181}
\indexentry{get the value of a special register defined by an immediate value and write it to a register}{181}
\indexentry{puti}{182}
\indexentry{put the value of a register to the special imm16}{182}
\indexentry{nop}{183}
\indexentry{No Operation}{183}
\indexentry{jmp}{184}
\indexentry{jump}{184}
\indexentry{conditional jump}{184}
\indexentry{loadaddr}{186}
\indexentry{load a relative address to a register}{186}
\indexentry{loadaddri}{187}
\indexentry{load a relative address to a register with an immediate offset}{187}
\indexentry{loopentry}{188}
\indexentry{loop entry point}{188}
\indexentry{loop}{189}
\indexentry{loop to r2 if r1 has not expired}{189}
\indexentry{syscall}{190}
\indexentry{operating system call}{190}
\indexentry{halt}{191}
\indexentry{halt the cpu}{191}
\indexentry{rfe}{192}
\indexentry{return from exception}{192}
\indexentry{srb\_save}{193}
\indexentry{use the srb to save the current task's context}{193}
\indexentry{srb\_restore}{194}
\indexentry{use the srb to restore the last task's context}{194}
\indexentry{serialize}{195}
\indexentry{stop the CPU while it is not flushed}{195}
\indexentry{FC0}{197}
\indexentry{call convention}{198}
\indexentry{Return Value}{198}
\indexentry{Functions Arguments}{198}
\indexentry{Temporary Register}{198}
\indexentry{Saved Register}{198}
\indexentry{Procedure Linkage Table}{198}
\indexentry{Global Offset Table}{198}
\indexentry{Frame Pointer}{198}
\indexentry{Stack Pointer}{198}
\indexentry{Return Address}{198}
\indexentry{FC0}{199}
\indexentry{FC0}{199}
\indexentry{TLB}{199}