The =
V.42bis=20
compression standard and beyond
V.42bis=20
is an international communications standard, implemented in most =
computer=20
modems, that includes a data compression method which can double =
throughput.=20
This tutorial explains the basic V.42bis functions and in =
doing so=20
points out deficiencies which need to be addressed in a next generation=20
standard. A proposed new standard would have:=20
- Higher compression ratios=20
- Higher speed operations=20
- Encryption option built-in=20
- Compression adaptable for text, images, and =
video=20
- No patent licenses required=20
- Backwards compatibility with V.42bis =
Background=20
information
V.42bis was developed by British Telecom and detailed in a =
1990 standard=20
document that is available for sale in the =93Blue =
Book.=94=20
ITU INTERNATIONAL TELECOMMUNICATION UNION, CCITT =
V.42bis.=20
THE INTERNATIONAL TELEGRAPH AND TELEPHONE CONSULTATIVE=20
COMMITTEE.
DATA COMMUNICATION OVER THE TELEPHONE =
NETWORK.
DATA COMPRESSION PROCEDURES FOR DATA CIRCUIT TERMINATING =
EQUIPMENT (DCE)=20
USING ERROR CORRECTION PROCEDURES.
Recommendation V.42bis, Geneva, 1990.
The ITU can be contacted through:
Mr. Th. Irmer
Director ITU.TSB
2 rue de Varembe CH 1211
Geneve 20, Switzerland
Email: marie.bercher@itu.ch
The basic V.42bis compression algorithm was invented by Klaus =
Holtz in=20
1974 and first disclosed in 1975 in an application for patent 4,366,551. =
A first=20
publication by Klaus Holtz appeared in 1977 (=93Here comes the =
brain-like=20
self-learning no-programming computer of the future,=94 The First =
West Coast=20
Computer Faire, 1977).
A month after that publication, Jacob Ziv and Abraham Lempel =
published a=20
primitive compression algorithm now known as the LZ-1 or LZ-77 code =
(=93A=20
Universal Algorithm for Sequential Data Compression,=94 IEEE =
Information=20
Theory, IT-23, May 1977). LZ-77 was not implemented in the V.42bis =
standard,=20
but note that Ziv and Lempel also published an improved algorithm in =
1978 that=20
is now known as the LZ-2 or LZ-78 code (=93Compression of Individual =
Sequences via=20
Variable-Rate Coding,=94 IEEE Information Theory, IT-24, Sept.=20
1978).
In 1984 Terry Welch improved on the LZ-78 code with the Ziv =
Lempel Welch=20
or LZW code (=93A Technique for High Performance Data Compression,=94 =
IEEE=20
Computer, June 1984; Patent 4,558,303). Both the Holtz patent =
4,366,551=20
(Omni Dimensional Networks) and the Welch patent 4,558,303 (Unisys) have =
claimed=20
rights to the V.42bis standard. In 1985 Victor Miller (V. S. Miller, M. =
N.=20
Wegman, =93Variation on a Theme by Ziv and Lempel,=94 IBM Papers, =
Combinatorial=20
Algorithms on Words, 1985; Patent 4,814,746) added delayed =
innovation and a=20
recycling library. Based on that patent, IBM also has claimed right to =
the=20
V.42bis standard. A tree indexing system published in 1963 by Edward =
Sussenguth=20
(=93Use of Tree Structures for Processing Files,=94 Communications of =
the=20
ACM, Volume 6, Number 5, May 1963) is implemented in V.42bis but not =
subject=20
to any patent claim.
V.42bis =
features and=20
potential improvements
The V.42bis standard=92s data compression and error correction =
procedures=20
are useful but far from optimal. There is much room for improvement. =
However, it=20
is important that any new standard be backwards compatible with the huge =
installed base of V.42bis compliant systems.=20
Compression ratios=20
The V.42bis standard achieves rather disappointing compression =
ratios.=20
That is due primarily to the inefficient library, which collects random =
string=20
fragments. Also, because transmissions start with an empty library, =
short files=20
(such as email messages of less than a few thousand characters) cannot =
be=20
compressed. The library can also be =93poisoned=94 by changes in data =
type, such as=20
graphics embedded in a text file. It then takes several thousand =
characters to=20
recover useful compression ratios. Compression ratios could be greatly =
improved=20
by switching to the original Holtz codes' =93end of sequence=94 =
indicators and=20
specialized fixed libraries.
High speed operations
V.42bis is usually implemented in a modem chipset containing =
an embedded=20
microprocessor. Very fast microprocessors achieve sufficient speed for =
telephone=20
modems and ISDN, but cannot go much beyond that. Higher speed operations =
require=20
a Content Addressable Memory (CAM) library, which can attain speeds =
sufficient=20
for any channel including fiber optics. The current standard cannot keep =
up with=20
modern communications.
Data encryption for secure =
communications
Security and privacy are important concerns for communications =
over=20
public networks like the Internet. However, using the V.42bis standard,=20
encrypted data cannot be compressed. A modem can transmit encrypted =
data, of=20
course, but without the benefit of data compression. An improved =
standard could=20
provide an additional encryption option based on the same libraries and=20
processes used for compression.=20
Adaptability =
for text,=20
fax, voice, still images, and live video =
data
The V.42bis standard was designed according to the Shannon =
information=20
theory, which insists that data content is irrelevant and that there are =
=93universal=94 compression algorithms that can compress any type of =
data with equal=20
efficiency. Such notions are now being challenged by Autosophy =
information=20
theory. According to Autosophy, lossless data compression is possible =
only with=20
prior knowledge of data content. There cannot be =93universal=94 =
compression=20
algorithms because each data type requires its own special library. =
Replacing=20
the V.42bis library with specialized libraries would result in =
significantly=20
higher compression. Library type would be specified by codes embedded in =
the=20
data stream.
Requirement for patent licenses
The V.42bis standard requires many patent licenses. Smaller =
modem=20
manufacturers have found it difficult to meet all the licensing =
requirements.=20
Patent claims are being routinely ignored and lawyers are getting rich =
on the=20
consequent litigation. The V.42bis standard committee should have =
researched the=20
patent situation much more thoroughly. A modified standard could easily=20
distinguish itself from the British Telecom standard and avoid the =
Unisys=20
(4,558,303) and IBM patents (4,814,746).
Backwards compatibility with the old V.42bis=20
standard
A new communications standard should allow communications via =
existing=20
V.42bis modems until they are fully phased out. With its embedded=20
microprocessor, the V.42bis standard constantly monitors current =
compression=20
ratios. If the ratio becomes too low, then the compression engine is =
switched=20
off and communication changes to standard eight bit character codes. =
Previously=20
compressed data cannot be further compressed so the microprocessor would =
automatically turn off its internal compression engine when faced with =
such. The=20
newer compression standard thus over-rides the internal V.42bis engine =
for=20
backwards compatibility.
Conclusions
The V.42bis compression standard is highly outdated and ripe =
for=20
replacement. A new more efficient standard would benefit the world =
economy=20
greatly with faster and more secure communications. =
=20
The =
basic=20
compression methods
The basic V.42bis compression method was invented by Holtz =
(Patent=20
4,366,551). It was later adapted for communication by Welch (Patent =
4,558,303)=20
and Miller (Patent 4,814,746). Data compression is achieved by growing a =
duplicate library in both the transmitter and receiver. The libraries =
are grown=20
in lockstep using transmitted address tokens. With a few exceptions, =
each=20
address token creates a new library node. The library contains a =
pre-loaded=20
section, and a learning section where new nodes are added during =
transmission.=20
New nodes are created in both the transmitter and receiver libraries so =
that=20
both remain identical at all times.=20
![](3D"file:///C:/Users/Autosopher/Desktop/V42bis/v42bih96.gif"=20)
A=20
tree network consists of standard nodes, each containing a GATE and a =
POINTER=20
stored in an ADDRESS. The GATE, in this example, is the input ASCII =
character=20
from the file being transmitted. The POINTER points to the previous node =
ADDRESS=20
from which the tree branch originated. The ADDRESS is the library memory =
address=20
in which a GATE - POINTER pair is stored. A GATE - POINTER pair is also =
called a=20
MATRIX. An important feature of such tree networks is that every GATE - =
POINTER=20
pattern in the library is unique and has no duplicates. That allows =
Content=20
Addressable Memories (CAM) to be used for very fast =
operations.=20
Before transmitting a data file, the libraries in both the =
transmitter=20
and receiver must be pre-loaded from address 0 to 258. The first three =
library=20
addresses represent special control codes, which enable the transmitter =
to=20
communicate with the receiver. The ETM code 0 is used to turn off the=20
compression mode. That replaces the compressed address token =
transmission with=20
normal eight bit ASCII transmissions. The FLUSH code 1 is transmitted to =
clear=20
the learning libraries in both the transmitter and receiver. Following =
data=20
transmissions grow a new library. The STEPUP code 2 increases the =
transmitted=20
code bit length by one bit whenever the library size doubles. Starting =
with an=20
original 9 bit transmission code, the code length is increased to 10 =
bits when=20
the library reaches 512 nodes. It is increased again at 1k nodes and at =
2k=20
nodes. The code length then remains at 12 bits as the library remains at =
4k=20
nodes for the rest of the transmission. That is achieved by constantly =
clearing=20
old library nodes and recycling them according to a =93least recently =
used=94=20
scheme. The next 256 nodes are then pre-loaded with a GATE equal to an =
ASCII=20
character code and a POINTER of all zeroes. A starting node is thus =
provided for=20
each of the 256 ASCII characters, i.e., a root for 256 separate trees. =
Since the=20
library addresses are shifted up by the three control codes, each ASCII =
code is=20
stored in the address ASCII + 3. The actual string learning library =
starts at=20
address 259 and usually goes to 4k nodes.=20
During the transmission process, a tree library is grown from =
the input=20
file data. Each string of input characters, in effect, climbs the tree =
nodes to=20
find matching strings already stored in the library. The string matching =
process=20
comes to an end when a CHARACTER - POINTER combination cannot be found =
in the=20
library. The POINTER then represents the =93longest matching string=94 =
in the=20
library as learned during previous transmissions. The POINTER is =
transmitted as=20
the OUTPUT CODE. The POINTER, together with the last UNMATCHED =
CHARACTER, is=20
stored in a NEXT EMPTY library ADDRESS to add a new branch to the tree =
library.=20
The UNMATCHED CHARACTER is used as the first character of the next data =
string,=20
continuing the string matching and transmission process. With few =
exceptions,=20
each transmission creates a new node in both the transmitter and =
receiver=20
libraries.=20
ENCODING ROUTINE=20
MATRIX: [ GATE ] POINTER =
]
Start: Reserve library addresses 0 to =
2 for the=20
ETM, FLUSH, STEPUP commands.
&nb=
sp; =20
Pre-load the next 256 locations (3 to 258) with the ASCII character=20
set.
&nb=
sp; =20
Clear the POINTER in the MATRIX.
Next: Move the next input character to =
the=20
GATE.
&nb=
sp; =20
If the POINTER =3D clear then move the GATE + 3 to the=20
POINTER;
&nb=
sp; =20
Output a code =3D GATE + 3; Goto Next.
&nb=
sp; =20
Else search the library to locate a matching MATRIX.
&nb=
sp; =20
If a matching MATRIX is found then:
&nb=
sp; =20
Move the library ADDRESS to the POINTER; Goto Next.
&nb=
sp; =20
Else store the MATRIX into a NEXT EMPTY library =
ADDRESS;
&nb=
sp; =20
Output a code =3D POINTER;
&nb=
sp; =20
Move the GATE + 3 to the POINTER; Goto Next.
The receiver uses the input POINTER code to retrieve a data =
string from=20
its own duplicate library. That is done by following the POINTER trail =
backwards=20
through the tree library until a POINTER smaller than 259 is detected. =
While=20
jumping backwards from node to node through the library, a GATE or ASCII =
character is recovered in each step. The character string is recovered =
in=20
reverse order. In the above example, the string SEE is recovered as EES. =
The=20
recovered string is the OUTPUT DATA from the receiver. The receiver also =
remembers the input POINTER code in a buffer and waits for the next =
input=20
POINTER code. The next input POINTER code is similarly converted back =
into an=20
OUTPUT DATA string. The first character of that next string is combined =
with the=20
previous POINTER (which was saved in the buffer) to create a new node in =
the=20
receiver library by storing the POINTER - CHARACTER pair in a NEXT EMPTY =
library=20
location. The NEXT EMPTY library addresses are computed in the same way =
in both=20
the transmitter and receiver so that both the transmitter library node =
and the=20
receiver library node are stored in the identical library ADDRESS. Note =
that the=20
transmitter stores its new node one transmission earlier than the =
receiver does=20
its identical node. That can cause a problem if the transmitter uses the =
just-created node to encode the next string. The receiver would then =
retrieve=20
the wrong string because it does not yet have the correct node. The =
solution is=20
for the transmitter to avoid using a newly-created node address to =
encode the=20
string immediately following.
RETRIEVAL ROUTINE
MATRIX: [ GATE ] POINTER ]. BUFFER1.=20
BUFFER2.
Start: Reserve library addresses 0 to =
2 for the=20
ETM, FLUSH, STEPUP commands;
&nb=
sp; =20
Pre-load the next 256 locations (3 to 258) with the ASCII character=20
set;
&nb=
sp; =20
Clear BUFFER1.
Wait: Wait for the next INPUT=20
CODE.
&nb=
sp; =20
Move the received INPUT CODE to the POINTER.
&nb=
sp; =20
If the POINTER is < 3 then execute the CONTROL command. Goto=20
Wait.
&nb=
sp; =20
If the POINTER is < 259 then:
&nb=
sp; =20
If BUFFER1 is clear then copy the POINTER - 3 to =
BUFFER1;
&nb=
sp; =20
Use POINTER - 3 for OUTPUT data. Goto Wait.
&nb=
sp; =20
Else move BUFFER1 to BUFFER2;
&nb=
sp; =20
Copy POINTER - 3 to BUFFER-1
&nb=
sp; =20
Use POINTER - 3 for OUTPUT data;
&nb=
sp; =20
Move the POINTER - 3 to the GATE;
&nb=
sp; =20
Move BUFFER2 to the POINTER;
&nb=
sp; =20
Store the MATRIX in a NEXT EMPTY library address. Goto =
Wait.
&nb=
sp; Else=20
move BUFFER1 to BUFFER2;
&nb=
sp; Copy=20
POINTER to BUFFER1;
Loop: Use the POINTER as a library ADDRESS =
to fetch a=20
new MATRIX;
&nb=
sp; Push=20
the new GATE into a First-In-Last-Out (FILO) stack;
&nb=
sp; If=20
the new POINTER is > 258 then: Goto Loop.
&nb=
sp; Else=20
copy the POINTER - 3 to push into the FILO stack;
&nb=
sp; Move=20
the POINTER - 3 to the GATE;
&nb=
sp; Move=20
BUFFER2 to the POINTER;
&nb=
sp; Store=20
the MATRIX in a NEXT EMPTY library ADDRESS;
&nb=
sp;=20
Retrieve, pull the OUTPUT data from the FILO stack; Goto =
Wait.=20
The tree libraries generated in the transmitter and receiver =
are very=20
disorganized and inefficient. Because the algorithm does not distinguish =
between=20
input characters, it cuts off each string at the first =93not found =
node.=94 What=20
ends up in the library, then, are virtually random string fragments =
containing=20
both alphabetic and non-alphabetic characters. It is difficult to find =
matching=20
strings in such a library. The library is very inefficient when compared =
to the=20
=93whole word=94 libraries, as explained in the data compression=20
tutorial.
Data compression only results if several characters are =
represented by=20
each output transmission code. That requires that the input data finds =
matching=20
strings in the library. A very disorganized library yields few matching =
strings=20
and results in low compression ratios. The library must also contain =
strings=20
which are comparable to the data being transmitted. A text transmission, =
for=20
example, grows a library most efficient for text compression. If =
graphics data=20
is embedded in the text file, then the library becomes very inefficient =
while=20
slowly adapting to the new data type. Once the file transmission reverts =
back to=20
text data, then it takes several thousand characters to convert the =
library back=20
from graphics strings. That is called =93poisoning=94 the library. One =
way of=20
minimizing library poisoning is to clear the existing library with a =
FLUSH=20
command and start a new one. However, a new library will also contain =
few=20
matching strings for the first few thousand characters. Short messages =
(such as=20
most email) do not yield useful compression ratios. Increasing the code =
bit=20
length using the STEPUP command is only a Band-Aid, not a real solution. =
Each=20
single character transmission code contains at least 9 bits or more =
often 12=20
bits. That can cause data expansion in which the =93compressed=94 =
transmissions=20
contain more bits than the original input. Under normal operating =
conditions,=20
useful data compression is the exception rather than the rule. On the =
positive=20
side, though, the library can eventually adapt itself to any data type =
or=20
language (with the exception of random data).
To avoid data expansion, a V.42bis modem contains an embedded=20
microprocessor, which constantly monitors achieved compression ratios. =
If the=20
compression ratios become too low, then the ETM command is used to =
switch to=20
normal 8 bit code transmissions. When the data becomes compressible =
again, an=20
escape character code is used to switch back to compressed =
transmissions. That=20
works for telephone modems, but not for high speed transmissions. A=20
microprocessor is simply not fast enough to calculate and monitor =
compression=20
ratios in Megabit/sec channels.
Switching the compression engine off is a very useful feature =
for=20
ensuring compatibility with any new standard. A new standard would =
compress data=20
before sending it to a V.42bis modem. Because already compressed data =
cannot be=20
further compressed, the V.42bis modem would never find compressible data =
and=20
therefore only transmit packets of normal 8 bit character codes. The =
internal=20
V.42bis compression engine would thus be automatically =
disabled.=20
![](3D"file:///C:/Users/Autosopher/Desktop/V42bis/v42bih97.gif")
Another problem with the V.42bis standard is the need to =
search the=20
library for a matching CHARACTER - POINTER pattern. Using only an =
embedded=20
microprocessor, the search can take a long time. A more efficient search =
method=20
has to be found. The V.42bis standard uses a forward-pointing tree =
search=20
algorithm to increase encoding speed. The algorithm was first described =
by=20
Edward H. Sussenguth Jr. in 1963 (=93Use of Tree Structures for =
Processing=20
Files=94). Instead of searching the entire library memory, the algorithm =
limits=20
the search to a maximum of 256 nodes. Both the Sussenguth and the LZW =
trees are=20
combined in the same expanded node. Except for increasing the encoding =
speed,=20
the original tree node structure of the library is not affected. While =
the=20
Sussenguth tree accelerates encoding speed in the transmitter, the LZW =
tree=20
accelerates retrieval speed in the receiver. The GATE field contains the =
character shared by both trees. If the input character matches the GATE =
code, a=20
DEPENDENT forward pointer points to the next node ADDRESS. If the input=20
character does not match the GATE code, then the search follows the =
SIBLING=20
pointer to the next node ADDRESS. Jumping from node to node, the =
algorithm=20
follows the SIBLING pointer trail until a GATE matching the input =
character is=20
found. If no matching GATE is found at the end of the trail, indicated =
by an=20
empty SIBLING pointer, then a new node is created at a next empty or =
recycled=20
memory ADDRESS.=20
The Sussenguth tree search allows encoding speeds sufficient =
for=20
telephone modems and ISDN, but not much beyond. Modern high speed =
channels=20
therefore cannot use the V.42bis standard. The solution is to use =
Content=20
Addressable Memories, which can accelerate encoding speed to match any=20
communication channel including fiber optics.=20
Basic communication parameters (such as transmission speed and =
library=20
size) are negotiated between transmitter and receiver modems before =
commencing=20
transmissions. Data is transmitted in standard packages containing error =
checking codes. Errors in the transmission lead to automatic package=20
re-transmission until valid data is received. Package re-transmission =
allows=20
reliable communications via telephone lines of any quality. It also =
avoids the=20
risk of error propagation, in which a single bit error can otherwise =
scramble a=20
whole data file.=20
Suggestions =
for a next=20
generation compression standard
The basic problem with the existing V.42bis standard is caused =
by the=20
Shannon information theory on which it is based. It is assumed that the =
data has=20
no inherent meaning and that data content is irrelevant. Random bit =
streams are=20
transmitted in the same way as meaningful, coherent data (such as text =
and=20
images). There is then no reason to maintain libraries during=20
transmission.=20
Modern lossless data compression techniques (such as the =
V.42bis=20
standard) can be better explained by Autosophy information theory. =
Transmission=20
is clearly dependent on data =93content.=94 Random data requires much =
higher bit=20
rates than coherent data. Bit rates are not so much dependent on the =
data=20
volume, but rather on prior knowledge stored in internal libraries. =
Since=20
transmissions depend on data content, each data type should have its own =
library.=20
A=20
self-generating library, which automatically adapts to any data type or=20
language, is a seductive idea but not very practical in the real world. =
Such=20
data compression only works for long files containing similar types of =
data.=20
Short and mixed-media data transmissions cannot be successfully=20
compressed.=20
The solution is to replace a single dynamic library with =
several fixed=20
libraries. (See the =93Data compression with built-in encryption=94 and =
=93Image=20
compression=94 tutorials.) Such a shift would make for huge improvements =
in data=20
communication and storage.=20
The new communications standard requires a range of libraries. =
Libraries=20
could be stored on computer disc drives, in communications software =
packages, or=20
embedded in hardware chipsets. For open communications, standard =
libraries would=20
be provided for still images, television, voice, and text in a range of=20
languages. Standard libraries could be added and updated from time to =
time and=20
made available for Internet download. Alternatively, users can create =
their own=20
encryption libraries, permitting secure communications with only those =
receivers=20
provided with a copy of the library. The system must also include a =
=93null=94=20
library for communication without compression or =
encryption.=20
During the parameter negotiation phase, the libraries required =
for=20
transmission are specified. If encryption libraries are required and not =
found,=20
then the communication is refused. If the library changes within a file=20
transmission (from text to embedded graphics, for example) then special =
command=20
codes, embedded in the data stream, switch between libraries. Data type =
is=20
already specified by such embedded codes in DOC files, for=20
example.=20
The new standard must allow encoding speeds sufficient for =
modern=20
communications including fiber optics. Content Addressable Memory =
libraries are=20
thus required, ideally the Autosophy-native CAROM described in a =
separate=20
tutorial.=20
Data compression and encryption work not only to make data=20
communications more efficient and secure, but also to increase data =
storage=20
capacities in databases. Software used to produce multimedia content can =
also=20
compress and encrypt data prior to storage in a computer memory. If a =
standard=20
compression chipset is mounted on the computer motherboard, data =
compression and=20
encryption could be in real time without significantly slowing the =
computer.=20
Storage capacities and read/write access speeds in disc drives could =
thus be=20
greatly improved and communications would be with already compressed =
data files=20
that do not require any changes to the communications =
channel.=20
Conclusions
The V.42bis standard can and should be improved. A new data =
compression=20
standard would be of immense benefit to the Internet and consequently =
the whole=20
world economy. Promising new algorithms and techniques are being =
developed by=20
Omni Dimensional Networks. Input is invited from the Internet community =
to help=20
in the creation and approval of a greatly improved new =
standard.=20
------=_NextPart_000_0000_01C7B003.CC1C0F90
Content-Type: image/gif
Content-Transfer-Encoding: base64
Content-Location: file:///C:/Users/Autosopher/Desktop/V42bis/v42bih96.gif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------=_NextPart_000_0000_01C7B003.CC1C0F90
Content-Type: image/gif
Content-Transfer-Encoding: base64
Content-Location: file:///C:/Users/Autosopher/Desktop/V42bis/v42bih97.gif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------=_NextPart_000_0000_01C7B003.CC1C0F90--