From: Subject: Comtent Addr. Memory Date: Sat, 25 Nov 2006 16:33:11 -0800 MIME-Version: 1.0 Content-Type: multipart/related; type="text/html"; boundary="----=_NextPart_000_0000_01C710AF.65FE6300" X-MimeOLE: Produced By Microsoft MimeOLE V6.00.2900.2962 This is a multi-part message in MIME format. ------=_NextPart_000_0000_01C710AF.65FE6300 Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Content-Location: file://C:\Documents and Settings\Klaus Holtz\Desktop\CAROM7tu.htm Comtent Addr. Memory
Content = Addressable=20 Autosophy Memories

A=20 Content Addressable Read Only Memory (CAROM) is a mass memory that being = solid-state does not require lasers or turntables. A CAROM module the = size of a=20 credit card could store numerous books, a full-length movie or hours of = music.=20 Terabit sized CAROM would provide instant access to huge multimedia = databases.=20 Dual Entry Content Addressable Memories (DECAM) ensure reliability with=20 self-checking and self-repair capabilities. The CAROM is the native = storage=20 device for Autosophy applications.=20

It has features far beyond conventional memory = technology:=20

  • Both Random Addressable and Content = Addressable.=20
  • Storage capacity scalable to beyond Terabit = size.=20
  • Solid-state reading and writing without complex optics or=20 turntables.=20
  • Access times of only a few microseconds even in very large=20 memories.=20
  • Pattern search time independent of memory = size.=20
  • Non-volatile storage retains information at power = down.=20
  • Very low power consumption with minimal battery drain and = cooling=20 requirements.=20
  • Very small and robust construction for use in mobile=20 robots.=20
  • High resistance to vibration, shock, contamination, = radiation and=20 temperature.=20
  • Self-repair and self-healing for = high-reliability.=20
  • Constant ability to add new information.=20
  • Inexpensive manufacturing compatible with automated mass=20 production.=20
  • No dangerous lasers, high voltages or = currents.=20
  • Non-toxic materials that could even be = bio-degradable.=20


Comparison:=20 Conventional RAM vs. Autosopher CAROM

Autosophy-based CAROM memory differs significantly from = conventional=20 computer memory.=20

Conventional computer memories store unrelated data bit = patterns in=20 storage locations selected by an address. Data bit patterns consist of=20 input-output data or program instructions. Programming determines the = memory=20 addresses for storing and reading data. An address decoder is included = on the=20 chip. Every location may be used for storage so any defect makes the = entire chip=20 unusable.

In an Autosopher memory the address and data are both = programmed from=20 the outside and stored in a =93next empty=94 location according to the = Autosophy=20 learning algorithms. Each memory location contains a stored address = decoder=20 coupled with a stored data encoder. Each address decoder is programmed = to=20 recognize a specific address input pattern and generate a data output = word via=20 the data encoder. The Autosophy learning algorithms ensure that every = address=20 decoder decodes a unique address pattern and that only one address = decoder=20 recognizes an input address pattern. The data output word may consist of = any bit=20 pattern. During self-repair or to forget old information, the address = decoder=20 can be erased and relocated to other memory sections. In dynamically = learning=20 databases, both the address decoder and data encoder are continuously = programmed=20 by the Autosophy learning algorithms and the =93next empty=94 location = specified by=20 an internal control chip. Starting from the bottom of the memory, new = locations=20 are programmed with new decoder-encoder patterns until the module runs = out of=20 storage space. A =93full=94 output line is connected to the =93select=94 = input line of=20 the next memory module in which new learning will take place. Autosophy = networks=20 of all types can be interleaved in a single memory device. As input data = determines its own storage locations, the learning process requires no=20 conventional programming or outside supervision.=20

Basic CAROM=20 function

Content Addressable Read Only Memory (CAROM) functions are = defined in=20 Patent 5,576,985. It may be produced in normal silicon substrate or on a = thin=20 foil of metal or plastic.=20

A=20 basic CAROM consists of a power-consuming driver/receiver section, and a = memory=20 array separated by a connector. The memory array contains no active = circuits and=20 thus consumes very little power. An input address is applied to several = drivers=20 which each apply a true and a false signal to each column. Each input = address is=20 unique (as guaranteed by the Autosophy learning algorithms) so there can = not be=20 any duplicate addresses in the decoder. The true or false signals from = the=20 columns are applied via fuses to the bases of Field Effect Transistors = (FET).=20 The fuses are cut in a pattern (supplied by the Autosophy algorithms) = such that=20 either only the true or the false signal is applied to the FET gate. The = FETs=20 can form long chains of up to 64 bits. Only one row of FETs can conduct = at any=20 one time and only if all the FET bases in a row are at a true level. = This in=20 effect forms a serial AND gate which decodes each unique input address. = The=20 single conducting row of FETs generates the output data word via diodes = and=20 fuses. If an output fuse is intact then that data bit will be true for = the=20 receiver and generate a logical =93one=94 output bit. If the fuse is cut = then the=20 output bit is a logical =93zero.=94 The output data word may be up to 64 = bits wide=20 and contain any arbitrary bit pattern.=20

Information is stored by setting or blowing fuses in the array = according=20 to the Autosophy algorithms. Each unique input address produces a = pre-stored=20 output data word. New information is stored by setting or blowing new = fuses in=20 the array.=20

There are several options for implementing the = fuses:=20

  • The fuses may = be=20 pre-selected in a silicon chip layout. That would produce standard = libraries=20 for integrated compression and encryption chipsets. In large foil = memories the=20 fuses could be pre-cut similarly to pits in a CD-ROM. That would = produce a=20 Read-Only Memory (ROM) for recording fixed data such as movies or=20 music.
  • The fuses may = be set or=20 blown from the outside for Write-Once data storage. That is comparable = to the=20 =93antifuses=94 in Field Programmable Gate Arrays (FPGAs). = Applications include=20 data recorders and non-volatile databases.=20
  • The fuses may = be=20 programmed from the outside by introducing charge pools into the = substrate so=20 that each fuse becomes either conductive or non-conductive. = Information can=20 thus be re-written at any time. Such technologies are already found in = Electrically Erasable Programmable Read Only Memories (EEPROM) as well = as=20 FLASH memory.
    • Applications=20

    Compressed and encrypted Autosophy communications require = content=20 addressable hyperspace libraries. Both the encoding and the retrieval = library=20 can be contained on a single chip. While the encoder library requires a = Content=20 Addressable Memory (CAM), the decoder library requires only a normal = Read Only=20 Memory (ROM). Complete communication chipsets could have libraries = embedded in=20 the chip. For text communications the encoder CAM library should contain = 8k=20 locations with a 21 bit address input and a 13 bit output word. The = decoder ROM=20 library should contain 8k locations with a 13 bit input address and a 21 = bit=20 output word. Small integrated chips using normal silicon technology = would=20 consume very low power and be ideal for mobile communication terminals.=20 Encrypted communications require a downloadable library.=20

    For live television or real time teleconferencing a much = larger library=20 is required. A television transmitter would contain a CAM library in = each camera=20 of 30k locations with a 22 bit input address and a 15 bit output word. A = television receiver requires only a normal ROM chip with 30k locations, = a 15 bit=20 input address and a 22 bit output word. Both chips could contain a = standard=20 library pattern (generated for maximum efficiency using the Autosophy=20 algorithms) and thus be mass produced for a large consumer market. For = encrypted=20 communications, however, a downloadable library chipset is needed, using = a FLASH=20 memory for example.=20

    A=20 CAROM the size of a credit card could store a feature length movie or = hours of=20 music. Unlike discs a CAROM is all solid state and requires no scanning = lasers=20 or mechanical turntables. Extreme ruggedness, very low power = consumption, and=20 high resistance to dirt contamination makes it an ideal memory for = consumer=20 products. It may be implemented either as a Read-Only memory or a = dynamic=20 read-write recording memory. And being content addressable a CAROM = effectively=20 makes use of Autosophy data and image compression for greatly increased = storage=20 capacities. The CAROM is thus inherently superior to CD-ROM and DVD and = should=20 make them obsolete.=20

    The internal memory medium is thin stainless steel or plastic = foil with=20 tiny surface perforations similar to the pits in a CD-ROM. The pits are = pressed=20 into the foil surface during manufacturing as with a CD-ROM. The foil is = then=20 either folded into a credit card-sized module or wound into a flat coil = like a=20 paper capacitor. For inexpensive consumer products the entire module = could even=20 be made from bio-degradable plastic. Foil provides a much greater = surface area=20 than silicon chips for printing memory cells.=20

    Autosopher databases or robots require huge memories which = must also be=20 virtually infallible. When the loss or corruption of information can not = be=20 tolerated, reliability becomes more important than cost. A Dual Entry = Content=20 Addressable Memory (DECAM) thus uses two identical memory units to store = complementary information. The method is similar to double entry = accounting in=20 which transactions are recorded twice from different perspectives. Each = memory=20 unit has separate built-in error detection facilities. During operation = each=20 memory unit constantly checks the integrity of the other. If a memory = error=20 occurs in one unit the complementary unit initiates on-the-spot repair = of the=20 defective memory unit. Even if one unit is totally destroyed the other = contains=20 all the information necessary to recreate the lost data in a replacement = unit.=20 That feature can also be used for system back-up or replicating a=20 database.=20

    The foil for each memory unit is inserted into a sealed = protective=20 canister, perhaps the size of a roll of bathroom tissue for a = Terabit-sized=20 memory. The unit consumes very low power and has minimal need for = cooling. The=20 sealed container and memory spool inside are virtually indestructible = under=20 normal conditions.=20

    Printing a = memory array=20 on a foil

    In normal silicon chip technology a memory array is printed = and etched=20 onto the hard surface of a silicon chip. For very large memory devices = the chip=20 area can become very large. The larger the area the more likely there = will be=20 defects in the silicon. Since a single defect makes a chip unusable and = reduces=20 chip yield, the conventional approach is to reduce the individual memory = cells=20 to smaller and smaller dimensions. Increasing the memory capacity of = silicon=20 chips is thus a matter of overcoming physical barriers in the = manufacturing=20 process. Very large memory arrays require many separate chips which must = be=20 mounted onto printed circuit boards that increase system = cost.=20

    Printing memory arrays onto thin foil avoids many problems. = The surface=20 area for printing memory cells on foil is arbitrarily large. Individual = memory=20 cells can become much larger and ease production problems. Foil can be = folded or=20 rolled into compact packaging resistant to dirt, heat, radiation, = vibration, and=20 shock. However, amorphous Thin Film Transistors (TFT) printed on foil = are about=20 10 times slower than transistors on crystalline silicon. In content = addressable=20 memories this is not so much of a problem because all memory locations = are=20 searched in parallel. The CAROM memory device also has facilities for = correcting=20 defects in the memory array. Production yield can be increased = dramatically=20 because defects in the foil can be corrected after manufacturing. If = amorphous=20 silicon is used for the transistors the foil must withstand high = temperatures=20 during manufacturing. That would require foils made from stainless = steel. For=20 low cost consumer products the Thin Film Transistors could be organic=20 semiconductor materials applied at room temperatures to plastic foils, = allowing=20 mass memory devices to be made even from bio-degradable = plastics.=20

    The manufacturing process begins with a large roll of = stainless steel or=20 plastic foil. Memory cells are printed onto the foil in a continuous = roll to=20 roll process involving several steps. For stainless steel foils an = insulator=20 layer is applied to the entire foil surface. A conductive metal Bottom = Layer is=20 then applied through a mask. Amorphous silicon is likewise applied = through a=20 mask to form the Thin Film Transistors (TFT). A second layer of = complementary=20 silicon is applied for the Thin Film Diodes (TFD). The whole surface, = with the=20 exception of the diodes, is covered by an insulating layer and finally a = Top=20 Layer of conductive metal applied.=20

    The fuses are then cut to a template generated by the = Autosophy=20 algorithms according to the type of data to be stored. For mass = production the=20 fuses can be cut as pits like those on a CD-ROM. A scanning laser can be = used=20 for low volume production. Conductive ink spots can also be = =93printed=94 onto the=20 fuse areas. The foil is then cut and folded or rolled into protective=20 packaging.=20

    Programming = the fuses=20 from the outside

    Programmable = memory devices=20 can be mass produced but individually programmed. For read only = applications=20 programming is to the whole memory. Database programming takes place one = word at=20 a time during the Autosopher learning process. Each fuse can be = programmed=20 separately to save power.=20

    A=20 =93next empty location address=94 is generated within the memory device = by an=20 embedded control chip. The binary address is decoded into individual = =93next empty=20 location select lines=94 by a fixed pattern of Thin Film Transistors on = the foil.=20 The address decoder pattern is identical in each memory device and can = be=20 selected during the original foil layout. No additional foil layer is = required.=20 Each select line provides a path for programming all the fuses in a = specific row=20 or word.=20

    In the programming process the =93next empty location=94 = address from the=20 embedded control chip is decoded to provide an electric current to only = one row=20 of fuses. The bit driver or receiver then selectively short circuits the = current=20 through an individual fuse until that fuse is either set or blown out. = Each fuse=20 may be set or blown out separately until a row or word is programmed. = The system=20 then immediately checks the address encoder and the data encoder in that = word=20 for proper functioning. If the check reveals improper operations due to = a defect=20 in the foil or a fuse then that location is =93erased=94 and the same = pattern stored=20 in the following =93next empty location=94 or row. Each address decoder = - data=20 encoder word may be stored anywhere in the memory device.=20

    There are several basic options for implementing the=20 fuses:=20

  • The fuses can = consist of=20 thinned regions in the foil that are likely to burn out first when the = programming current is applied. Such a method can only be used to = program the=20 entire memory for read only applications. Continuous programming = during=20 operation is not possible because un-programmed fuses cause short = circuits in=20 the column lines.
  • Antifuses can = be used as=20 in Field Programmable Gate Arrays (FPGAs). The antifuse has initially = a high=20 resistance which changes to low resistance when a programming current = is=20 applied. Such memory devices can be programmed only once. Used storage = devices=20 can not be erased or recycled in other applications. That is a useful = security=20 feature for data recorders because stored information can not be = changed or=20 falsified.
  • Memory = transistors can be=20 made conductive or non conductive by forcing a charge pool into the = foil=20 substrate. Such techniques are used in Electrically Erasable Read Only = memories (EEPROM) and FLASH memories. The charge pools are non = volatile and=20 may persist for years. An even more stable material is the = electrically=20 bi-stable ceramic PLZT (Lead Lanthanum Zinc Titanate). PLZT is = exceedingly=20 stable and re-programmable.
    • Power = consumption=20 and self-healing

    Low power consumption is particularly important for mobile = robots to=20 reduce battery drain and the need for cooling. Robots running on battery = or=20 solar power should also be able to tolerate significant voltage = variations and=20 even brief power outages.=20

    Self-repair and self-healing are important because it is = virtually=20 impossible to build or maintain large storage devices without some = hardware=20 defects. A large database can nevertheless be virtually infallible if it = is able=20 to repair itself automatically when hardware errors occur. Error = detection and=20 self-healing facilities must be included in the basic storage=20 design.=20

    In a CAROM memory only one row of Field Effect Transistors can = conduct=20 current at any one time. Each address encoder is programmed to encode a = unique=20 input address as guaranteed by the Autosophy learning algorithms. No = matter how=20 large the memory, only one chain of FETs will conduct current. The = current is=20 thus independent of memory capacity. Even giant databases conduct only = milliamps=20 of current, the same as small ones. An idle memory conducts no current = and=20 consumes no power.=20

    The input bit driver must reverse the voltage polarity on a = column every=20 time the input bit changes. In a foil memory device the load on the bit = driver=20 is purely capacitive and only needs to charge and discharge the capacity = of the=20 printed wiring and gates of the Field Effect Transistors. A larger foil = memory=20 presents a larger capacitive load for each driver. Using an inductor (a = small=20 iron core coil) in each driver the energy stored in the capacitive load = can be=20 almost totally recycled. Allowing the capacitor to discharge through the = inductor temporarily stores the energy in the inductor coil. When the = capacitor=20 has fully discharged the inductor drives the current forward to recharge = the=20 capacitive load in the opposite polarity. The operations resemble a = mechanical=20 pendulum in which energy is constantly converted from elevation to speed = and=20 back to elevation with very little energy loss. In a foil memory device = some=20 power will be lost by the charging currents flowing in the printed = wiring, but=20 most will be preserved and recycled in the system. Because the energy is = recycled little input energy and virtually no cooling is required. The = charging=20 voltages can have large tolerances that need not be tightly regulated. A = memory=20 device could even run for a while without power input by using energy = stored in=20 the foil capacitor.=20

    Energy consumption depends on activity level. Heavy data input = or=20 learning activities increase power consumption, while an idle system = consumes=20 virtually no power even when switched on.=20

    Hardware errors occur from time to time in any memory device = but must=20 not permanently disable a database. Severe hardware errors cause = temporary=20 =93forgetting=94 but the CAROM system recognizes a malfunction and takes = corrective=20 action. One possible error would occur if both fuses in the address = decoder=20 become conductive at the same time and cause a short circuit in the = column bit=20 driver. The solution is to make the driver strong enough and fuses weak = enough=20 that any short circuit can be blown out by the driver circuit. Another = problem=20 would occur if two or more address decoders decode the same input = address=20 pattern. Such multiple matches will be recognized by the system as = incorrect=20 checksum codes. An =93erase=94 signal would then be applied to blow out = fuses in all=20 the conducting address decoders. The same erase feature can be used to = forget=20 old information or restore defective address decoder patterns by = relocating them=20 in other memory regions.=20

    Memory system = operations=20 in large multimedia databases

    The computer revolution was largely driven by hardware = evolution. When=20 new hardware devices became available engineers used them in the design = of their=20 projects, leading to a plethora of incompatible hardware and software. = System=20 design should instead be driven by system functions. Standard hardware = modules=20 and interfaces should remain compatible in the long term.=20 Therefore:=20

  • The new system should not contain any single failure node = hardware=20 (such as programmed data processors or bus systems) which with a = single=20 failure can bring down a whole system. Each module should perform an=20 integrated function (such as text input or vision) and have all its = own=20 internal control circuits separate from other function = modules.=20
  • Each function = module or=20 sense organ should perform its own internal hardware diagnostics and=20 disconnect from the system in case of hardware failure. The module = should=20 indicate its error condition to the system which would then take = corrective=20 measures, up to and including a replacement of the module. All modules = should=20 be hot swappable to allow module replacement without disconnecting=20 power.
  • Function = modules should=20 be based on the principle of dual redundancy in which a hardware = failure can=20 be corrected by using an alternate path. The alternate path can be = used for=20 re-configuration or repair of the system. =
  • Each function = module=20 should have a complementary capability. For example, a text keyboard = input=20 should have a text display output, a vision camera input should have a = video=20 display output, and robot arm motors should have feed back transducers = to=20 sense their motions.

    • The Autosopher robot of the future should consist of = interchangeable=20 modules that communicate with a standard input / output interface = protocol.=20 Modules would be connected to each other by standard jumper cables. A = bus=20 interconnection scheme should be avoided except for the memory modules. = The=20 large memory is the most important part of the system and must conform = to the=20 overall system architecture.=20

    A CAROM memory module should be designed so that it can be = combined with=20 other memory modules in scalable systems with virtually infinite memory=20 capacities. The modules would be daisy-chained with standard jumper = cables.=20 Power may be distributed through separate cables to protect against burn = out in=20 case of a short circuit. The cable must contain address lines (64 bit) = and=20 output data lines (64 bit). The output data should have bus drivers = enabled by a=20 =93found=94 signal. Numerous memory modules may search their internal = data for a=20 matching input address but only one will find a match. This allows any = number of=20 modules to be connected into a bus system in which only one module will = output a=20 particular data word. An internal control chip determines the =93next = empty=94=20 location and outputs a =93full=94 line when all memory locations are = used up. The=20 =93select=94 input line enables the module to start storing new data. = When the=20 memory is full the =93full=94 signal enables the =93select=94 input to = the next module=20 in which new learning will take place. A =93store=94 signal stores the = next word in=20 the =93next empty=94 memory location. An =93erase=94 signal allows the = system to forget=20 old data or initiate self-repair.

    Two memory modules may be combined in a Dual Entry Content = Addressable=20 Memory (DECAM) configuration for virtually infallible database systems. = Address=20 and data words in each module are swapped. The method is similar to dual = entry=20 accounting in which transactions are each recorded twice from different=20 perspectives. DECAM systems repair hardware errors on the spot to = guarantee=20 reliable operations. In case of hardware failures in one memory module, = the=20 other can repair it. Even if one module is totally destroyed the other = contains=20 all the information necessary to restore a replacement. This feature is = also=20 useful for system backup and database replication. Removing one memory = module=20 and replacing it with an empty one can be used not only to regenerate = the=20 original system but also a duplicate system based on the removed=20 module.=20

    In a DECAM configuration one memory module is used primarily = for=20 encoding input data, while the other is used to retrieve output data. = Using the=20 serial networks a serial stream of data characters (such as text) is = converted=20 into a single final address code for output to a higher level network. = For data=20 retrieval the single address code generates the output data stream. = Image and=20 video input-output uses the parallel networks in a similar=20 fashion.=20

    The address input may be divided to include a =93network=94 = number which=20 defines the specific network type being used. That allows a system to = share=20 memory between different networks, such as serial, parallel and = associative=20 networks. All network nodes are interleaved in the same storage device = but kept=20 separate by the NET number.=20

    For error correction and self-repair the output data word = would contain=20 check-sum codes such as the Hamming codes. Memory errors can thus be = detected=20 with virtually perfect reliability. An A-SUM check-sum code is generated = for the=20 address input pattern, and a separate D-SUM check-sum code is generated = for the=20 data output word.=20

    Summary and=20 conclusions

    Content Addressable Memories are required for most Autosophy=20 applications. Simple CAM libraries optimize encoding of Autosophy data=20 communications. The Autosophy-native Content Addressable Read Only = Memory=20 (CAROM) is scalable to Terabit-size. Implemented as a Dual Entry Content = Addressable Memory (DECAM) it would be virtually infallible and ideally = suited=20 for huge databases and mobile robots.

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