Compressors Comparison Test, issue 6.6, November 2003. EXE

Compressors Comparison Test, issue 6.6, November 2003.

EXE - file

wcc386.exe - Watcom C32 compiler version 10.0 (536,624 bytes)

Environment:

iPIII-840, 256Mb SDRAM, XPsp1,
IBM Deskstar 80Gb.

@ EXE (wcc386.exe WC 10.0) (536,624 bytes)

Remark	Archiver and used options	Algorithm	Packed size	Packed ratio	Packing time (sec.)	Unpacking time (sec.)	Rating (sec.)
*	slim 18	f+PPM*	201978	0.624	37.93	38.95	132.99
*	durilca 0.3 t1(7,(0-3))	f+PPMII	202456	0.623	5.31	4.91	66.46
*	durilca 0.3 t3	f+PPMII	204200	0.619	4.80	4.76	66.28
	epm r9	f+PPMII	210780	0.607	11.69	10.96	81.20
	rkc 1.02	f+PPMZ	215255	0.599	16.85	17.00	93.64
*	durilca/lt 0.3 t1(7,(0-3))	f+PPMII	220929	0.588	1.29	0.93	63.59
	rkc 1.02 -mx	f+PPM	222860	0.585	7.52	8.40	77.83
	compressia 1.00 m	f+PPMII	223688	0.583	17.21	17.10	96.45
	compressia 1.00 em	f+PPMII	223688	0.583	17.28	17.19	96.61
*	durilca/lt 0.3 t3	f+PPMII	223852	0.583	0.79	0.86	63.83
	rkc 1.02 -o4 -mx	f+PPMZ	224381	0.582	6.94	7.56	76.83
	rkc 1.02 -mf	f+ROLZ	234426	0.563	3.67	1.28	70.07
	rkc 1.02 T1024 mf	f+ROLZ	234572	0.563	3.12	1.17	69.45
	paq4	CM	238341	0.556	22.58	22.62	111.41
	uharc 0.5' mx	f+PPM	240275	0.552	4.06	3.40	74.20
	slim 18 te-	PPM*	244178	0.545	44.00	45.97	157.80
	enc 0.15 o6 m64	f+PPMII	245770	0.542	21.20	36.06	125.53
	epm r9 (0)	PPMII	246257	0.541	14.51	14.37	97.28
	rkc 1.02 -a-	PPMZ	246946	0.540	21.29	21.42	111.31
	enc 0.15 m64	f+PPMII	248181	0.538	21.83	36.90	127.67
*	7zip 3.11 7z LZMAbcj2	f+LZMA	248911	0.536	1.19	0.24	70.57
	paq3n/ic8	CM	250520	0.533	13.14	13.48	96.21
	ctx 0.75b1 mg	f+PPMII	253544	0.528	1.07	1.05	72.55
	ctx 0.75b1 me	f+PPMII	253672	0.527	1.09	1.06	72.61
	ctx 0.75b1	f+PPMII	253732	0.527	1.06	1.02	72.56
	ppmonstr Ir1 o128 m64	PPMII	255551	0.524	6.42	7.02	84.43
	durilca 0.3	PPMII	255559	0.524	6.24	6.15	83.38
	ppmonstr Ir1 o8 m32	PPMII	255691	0.524	6.34	6.97	84.34
	ppmonstr Ir1 o6 m32	PPMII	255902	0.523	6.32	6.88	84.28
	ppmonstr Ir1	PPMII	255902	0.523	6.32	6.90	84.30
*	7zip 3.11 7z LZMA	LZMA	257883	0.519	1.14	0.18	72.95
	uharc 0.5' m3	f+LZ+Ari	258246	0.519	2.34	0.71	74.79
	compressia 1.00	f+BWT+Ari	259432	0.517	1.33	1.13	74.52
	compressia 1.00 e	f+BWT+Ari	259432	0.517	1.45	1.30	74.81
	ppmn 1.00b1++ O6	PPM	260156	0.515	2.69	2.82	77.78
	ppmn 1.00b1++ O7	PPM	260590	0.514	2.77	2.93	78.09
	rar 3.20b4 m5 mct+ mcd+	f+PPMII	260740	0.514	1.24	1.07	74.74
	rar 3.20b4 m4 mct+ mcd+	f+PPMII	260984	0.514	1.24	1.02	74.76
	rar 3.20b4 m5 mct+	f+PPMII	261094	0.513	1.28	1.04	74.85
	ppmn 1.00b1++	PPM	261169	0.513	2.14	2.28	76.97
	rar 3.20b4 m4 mct+	f+PPMII	261324	0.513	1.23	1.05	74.87
	rar 3.20b4 m3 mct+ mcd+	f+PPMII	263244	0.509	1.15	0.94	75.21
	bee 0.77 m3d5	CM	264346	0.507	4.23	4.39	82.05
	bee 0.77 m2d5	CM	264546	0.507	4.05	4.16	81.70
	7zip 3.11 7z PPMD	PPMII	264654	0.507	1.16	1.14	75.82
	uharc 0.5' mm-	f+LZ+Ari	265100	0.506	1.61	0.68	75.93
	enc 0.15 fe- m64	PPMII	266091	0.504	23.94	41.41	139.26
	paq3c	CM	266558	0.503	10.81	10.83	95.68
	ash02	CM	270743	0.495	11.07	11.07	97.35
*	cabarc 1.00 LZX:21	LZ+Huf	273527	0.490	0.96	0.06	77.00
	sbc 0.969 b3m3	f+BWT+Ari	273594	0.490	1.51	1.08	78.59
	sbc 0.969	f+BWT+Ari	273874	0.490	0.84	0.57	77.49
	cabarc 1.00 LZX:18	LZ+Huf	274173	0.489	0.96	0.07	77.19
	ybs 0.03f -m512k	BWT+Ari	275020	0.487	0.55	0.45	77.39
*	ybs 0.03f	BWT+Ari	275759	0.486	0.57	0.42	77.59
	rkc 1.02 -mf -a-	ROLZ	276023	0.486	2.34	0.51	79.52
	ctx 0.75b1 fe	PPMII	276147	0.485	1.52	1.13	79.36
	ctx 0.75b1 mg fe	PPMII	276188	0.485	1.54	1.16	79.42
	ace32 2.0c3 m5 d2048	f+LZ+Huf	276302	0.485	0.81	0.64	78.20
	ace32 2.0c3 m4	f+LZ+Huf	276318	0.485	0.79	0.66	78.21
	ace32 2.0c3 m3	f+LZ+Huf	276374	0.485	0.79	0.65	78.21
	rar 3.20b4 m5	f+LZH/PPMII	277711	0.482	0.65	0.11	77.90
	rar 3.20b2 m4	f+LZH/PPMII	277732	0.482	0.64	0.07	77.86
	rar 3.20b4 m3	f+LZH/PPMII	277821	0.482	0.60	0.11	77.88
	ppmonstr H o12 m64	PPMII	278026	0.482	2.04	2.06	81.33
	arc' (I.Sutton) b5mm1	BWT+Ari	278392	0.481	1.33	0.44	79.10
	sbc 0.969 b3m1	f+BWT+Ari	278752	0.481	0.69	0.48	78.60
	uharc 0.5' mz	f+LZP	280766	0.477	0.68	0.83	79.50
	ppmd I o8 m64	PPMII	281115	0.476	0.99	1.10	80.18
	durilca/lt 0.3	PPMII	281154	0.476	1.06	1.13	80.29
	ppmonstr H	PPMII	281325	0.476	1.86	1.89	81.90
	dc 0.99.298 -b512 fz	f+BWT+Ari	281475	0.475	0.62	0.38	79.19
	dc 0.99.298 -mb -fl	f+BWT+Ari	281598	0.475	0.60	0.36	79.18
	cabarc 1.00 LZX:15	LZ+Huf	282277	0.474	0.63	0.05	79.09
	eri 5.10fre	ST+PPM	282427	0.474	0.91	0.70	80.06
	arhangel 1.40a1 -2-mc8192	PPM	283222	0.472	2.65	2.39	83.71
	ppmd I	PPMII	283554	0.472	0.90	1.01	80.68
	ctw/es 0.1 n16M d10	CTW	284164	0.470	11.83	12.07	102.83
	ctw 0.1 n16M d10	CTW	284164	0.470	12.99	13.10	105.02
	ctw/es 0.1 n16M d8	CTW	284195	0.470	11.39	11.54	101.87
	ctw 0.1 n16M d8	CTW	284195	0.470	12.52	12.72	104.18
	ctw/es 0.1 n16M	CTW	284367	0.470	10.50	11.03	100.52
	ctw 0.1 n16M	CTW	284367	0.470	11.86	11.82	102.67
	uhbc 1.0 m3 b512k	BWT+Ari	285354	0.468	2.38	2.15	83.80
	GRZipII 0.2.1 -a	BWT+Ari	285555	0.468	0.86	0.69	80.87
	ppmy 2.02 9a9 m256 o64	CM	285733	0.468	15.47	16.16	111.00
	uhbc 1.0 b512k	BWT+Ari	285975	0.467	1.73	1.52	82.69
	uhbc 1.0 m3	BWT+Ari	286033	0.467	2.38	2.17	84.00
	gca 0.90k	BWT+Ari	286120	0.467	0.72	0.35	80.55
	uhbc 1.0	BWT+Ari	286669	0.466	1.73	1.51	82.87
	boa 0.58b m7	PPM	287708	0.464	6.67	6.63	93.22
*	imp 1.10 -1 m3 u1000	f+LZ+Huf	287756	0.464	0.35	0.07	80.35
	boa 0.58b m15	PPM	287763	0.464	7.60	7.58	95.11
	GRZipII 0.2.1	BWT+Ari	288347	0.463	0.86	0.70	81.66
	GRZipII 0.2.1 -p	BWT+Ari	288516	0.462	0.85	0.69	81.68
	imp 1.10 -1 u1000	f+LZ+Huf	288591	0.462	0.34	0.07	80.57
	uhbc 1.0 m1 b512k	BWT+Ari	288817	0.462	1.08	0.85	82.16
	abc 2.4	BWT+Ari	289006	0.461	1.25	1.34	82.87
	GRZipII 0.2.1 m3	BWT+Ari	289417	0.461	0.73	0.79	81.91
	uhbc 1.0 m1	BWT+Ari	289480	0.461	1.08	0.86	82.35
	uhbc 1.0 m0 b512k	BWT+Ari	289973	0.460	0.81	0.64	82.00
	uhbc 1.0 m0	BWT+Ari	290625	0.458	0.80	0.64	82.17
	zzip 0.35g -mx	BWT+Ari	291199	0.457	0.77	0.63	82.29
	qlfc 6.6w	BWT+Ari	291318	0.457	0.56	0.40	81.88
	arc' (I.Sutton) b5	BWT+Ari	291345	0.457	0.58	0.43	81.94
	bwtcoder2/ybs	BWT+Ari	292871	0.454	1.02	0.86	83.23
	bwtcoder2/dc	BWT+Ari	292888	0.454	0.95	0.93	83.24
	arhangel 1.40a1 -1	LZ+Ari	292905	0.454	0.56	0.21	82.13
	dst 0.9 me 4	LZ+DHuf	292971	0.454	6.79	1.34	89.51
	arc' (I.Sutton)	BWT+Ari	292979	0.454	0.59	0.44	82.41
	ba 1.01b5 -24-r-z	BWT+Ari	293345	0.453	0.82	0.63	82.93
	dc 0.99.298 -a	BWT+Ari	293807	0.452	0.57	0.35	82.53
	dst 0.9 mb 4	LZ+DHuf	294445	0.451	5.63	1.01	88.43
	imp 1.10 -2 u1000	BWT+Huf	294708	0.451	0.40	0.18	82.44
	dst 0.9 me	LZ+DHuf	294983	0.450	1.47	1.01	84.42
	bsic	BWT+Ari	295416	0.449	2.24	2.28	86.58
	dst 0.9 mb	LZ+DHuf	296376	0.448	1.08	0.67	84.08
	ha 0.999c a2	PPM	296805	0.447	6.33	5.74	94.52
	ann p12	PPM+NN	297487	0.446	4.06	4.06	90.76
	GRZipII 0.2.1 m4	BWT+Ari	298084	0.445	0.53	0.52	83.85
	ICT UC 1.0	ST+Ari	298348	0.444	0.75	0.53	84.15
	szip 1.12 b21 o0	BWT+Ari	298668	0.443	0.76	0.34	84.06
	szip 1.12 b21 o10	ST+Ari	298679	0.443	0.85	0.47	84.29
	szip 1.12 b21 o6	ST+Ari	298693	0.443	0.54	0.42	83.93
*	szip 1.12 b21 o4	ST+Ari	299249	0.442	0.27	0.38	83.77
	xprs F	BWT+Ari	299505	0.442	0.43	0.23	83.86
	GRZipII 0.2.1 m2	BWT+Ari	300018	0.441	0.68	0.45	84.47
	jar32 1.02d m4	LZ+Huf	300138	0.441	0.98	0.18	84.53
	jar32 1.02d m3	LZ+Huf	300140	0.441	0.99	0.17	84.53
	zzip 0.35g -a1	BWT+Ari	302063	0.437	0.75	0.66	85.32
	arjz 0.50 mp9	LZ+Huf	304267	0.433	1.49	0.07	86.08
	arjz 0.50 mp9 md2m	LZ+Huf	304484	0.433	1.78	0.10	86.46
	arjz 0.50 md2m	LZ+Huf	304498	0.433	1.03	0.09	85.70
	arjz 0.50	LZ+Huf	304627	0.432	0.92	0.09	85.63
	bwc/PGCC 0.99 m900k	BWT+Ari	304996	0.432	0.56	0.40	85.68
	arjz 0.50 mp6	LZ+Huf	305146	0.431	0.70	0.07	85.53
	lzds 2.1 s1024 m5	LZ+Ari	305180	0.431	0.52	0.14	85.43
	lzds 2.1 s1024 m4	LZ+Ari	305197	0.431	0.49	0.14	85.41
	lzds 2.1 s1024 m3	LZ+Ari	305271	0.431	0.48	0.15	85.43
	7zip 3.11 zip mx	LZ+Huf	305435	0.431	1.00	0.12	85.96
	7zip 3.11 zip	LZ+Huf	306575	0.429	0.54	0.13	85.83
	abc 2.4 -1	BWT+Ari	308609	0.425	0.59	0.57	86.88
	bzip2/PGCC 1.0b7 -9	BWT+Huf	308624	0.425	0.62	0.25	86.60
	exp1 1.	BWT+Huf	308698	0.425	0.61	0.23	86.59
	ha 0.999c a1	LZ+Ari	309529	0.423	1.08	0.35	87.41
	uc 2.3.05 tt	LZ+Huf	310990	0.420	0.53	0.08	87.00
	uc 2.3.05 tn	LZ+Huf	312252	0.418	0.47	0.08	87.29
	pkzip 2.50 max	LZ+Huf	312925	0.417	0.24	0.07	87.23
	pkzip 2.50	LZ+Huf	313254	0.416	0.18	0.07	87.27
	esp 1.92	LZ+Huf	313341	0.416	0.23	0.04	87.31
	lz (Kabanov) 6	LZ+Huf	313628	0.416	0.74	0.18	88.04
	lz (Kabanov) 5	LZ+Huf	313634	0.416	0.70	0.18	88.00
	lz (Kabanov) 4	LZ+Huf	313648	0.416	0.71	0.18	88.01
	dzip 2.90 -9	LZ+Huf	313744	0.415	0.48	0.07	87.70
	dzip 2.90	LZ+Huf	314234	0.414	0.23	0.07	87.59
	hap 3.00	PPM	315960	0.411	1.95	2.11	91.83

Best compressor is near right bottom corner. Drag mouse to change time balance on Y axis

Marks:
* there are no another compressor, that compress better with faster compression and decompression speed.
' non public compressor.
Rating is calculated as a time required to compress file, transmit
it using 28000 bps connection and decompess file back.
Most of compressors are available at
ftp://ftp.elf.stuba.sk/pub/pc/pack
Vadim Yoockin ( yoockinv@mtu-net.ru ).