`Schneck et al.
`
`USOO5933498A
`Patent Number:
`11
`(45) Date of Patent:
`
`5,933,498
`Aug. 3, 1999
`
`54 SYSTEM FOR CONTROLLING ACCESS AND
`DISTRIBUTION OF DIGITAL PROPERTY
`
`75 Inventors: Paul B. Schneck, Potomac, Marshall
`D. Abrams, Silver Spring, both of Md.
`73 Assignee: MRJ, Inc., Fairfax, Va.
`
`21 Appl. No.: 08/968,887
`22 Filed:
`Nov. 5, 1997
`
`93O1550 1A 1993 WIPO ............................. GO6F 11/34
`WO93/O1550 1/1993 WIPO.
`96/27155 9/1996 WIPO.
`OTHER PUBLICATIONS
`Abrams, M. D. et al., “Cyptography”, Information Secu
`rity-An Integrated Collection of Essays, Abrams, M.D. etal
`eds., IEEE Computer Society Press 1995, pp. 350–384.
`Choudhury, A. K. et al., “Copyright Protection for Electronic
`Publishing Over Computer Networks”, IEEE Network,
`May/Jun. 1995, pp. 12-20.
`O
`O
`Ciciora, W. S., “Inside the Set-Top Box”, IEEE Spectrum,
`Related U.S. Application Data
`Apr. 1995, vol. 32, No. 4, pp. 70–75.
`63 Continuation of application No. 08/584,493, Jan. 11, 1996,
`(List continued on next page.)
`abandoned.
`Primary Examiner Bernarr E. Gregory
`(51) Int. Cl." ........................................................ H04L 9/00
`52 U.S. Cl. ..................................... so. Soo so. Attorney, Agent, or Firm-Pillsbury Madison & Sutro LLP
`380/25; 380/49; 380/50
`57
`ABSTRACT
`58 Field of Search ............................... 380/4, 9, 21, 23,
`380/24, 25, 49, 50, 51, 55 A method and device are provided for controlling access to
`data. Portions of the data are protected and rules concerning
`access rights to the data are determined. Access to the
`protected portions of the data is prevented, other than in a
`non-uSeable form; and users are provided access to the data
`only in accordance with the rules as enforced by a mecha
`nism protected by tamper detection. A method is also
`provided for distributing data for Subsequent controlled use
`of those data. The method includes protecting portions of the
`data; preventing access to the protected portions of the data
`other than in a non-useable form, determining rules con
`cerning access rights to the data, protecting the rules, and
`providing a package including: the protected portions of the
`data and the protected rules. A user is provided controlled
`access to the distributed data only in accordance with the
`rules as enforced by a mechanism protected by tamper
`protection. A device is provided for controlling access to
`data having protected data portions and rules concerning
`access rights to the data. The device includes means for
`storing the rules, and means for accessing the protected data
`portions only in accordance with the rules, whereby user
`access to the protected data portions is permitted only if the
`rules indicate that the user is allowed to access the portions
`of the data.
`
`56)
`
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`88 Claims, 26 Drawing Sheets
`
`oSTRIBUTOR
`
`USER
`
`100
`
`
`
`112
`
`AUTHORING
`MCHANISM
`
`18
`
`DSRBUION
`MCHANISM
`
`108
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`
`110
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`SAMSUNG EX. 1006 - 3/51
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`Aug. 3, 1999
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`1
`SYSTEM FOR CONTROLLING ACCESS AND
`DISTRIBUTION OF DIGITAL PROPERTY
`
`This is a continuation of application Ser. No. 08/584,493,
`filed on Jan. 11, 1996, which was abandoned upon the filing
`hereof.
`
`FIELD OF THE INVENTION
`
`This invention relates to the control of distribution and
`access of digital property as well as to the payment therefor.
`
`BACKGROUND OF THE INVENTION
`The development and deployment of digital information
`networks is accompanied by new concerns for the protection
`of rights to data and information. The U.S. Congress Office
`of Technology ASSessment identified the following key
`developments relevant to the area of this invention: there has
`been an overall movement to distributed computing, bound
`aries between types of information are blurring, the number
`and variety of Service providerS has increased. Information
`Security and Privacy in Networked Environments,
`Congress, Office of Technology Assessment, OTA-TCT
`606, Washington, D.C.: U.S. Government Printing Office,
`September 1994.
`Computer networks allow more interactivity; and, most
`Significantly, electronic information has opened new ques
`tions about copyright, ownership, and responsibility for
`information. Technology, business practice, and law are
`changing at different rates, law arguably being the slowest.
`Intellectual property, or information, is different from real
`property. A major difference between intellectual property
`and real property is that intellectual property can be embod
`ied in forms which can be copied from the owner while the
`owner Still retains the original. For example, a broadcast or
`performance of a musical composition can be recorded (and
`copies made of the recording) while the composer retains the
`original composition; a photograph can be reproduced while
`the owner retains the original negative.
`In the past, when information was Stored in analog form,
`the copying and redistribution of Such information, while
`problematic, did not account for as much economic loSS as
`is possible today. The Storage of information in analog form
`uses a physical medium that is made to have Some charac
`teristic vary in proportion with the information to be Stored.
`For instance, the groove on a vinyl record captures the
`frequency and intensity (volume) of a Sound by the extent of
`its excursion. At each Stage in the process of playing a
`record: the Stylus tracing the groove, generation of a Small
`Voltage, amplification of the Voltage, and reproduction of the
`Sound, Small errors are introduced. Today's high fidelity
`Systems are very accurate, but they are not flawleSS.
`Indeed, copying a vinyl record to a cassette tape results in
`a Small, but noticeable, reduction in Sound quality. If mul
`tiple generations of recording (e.g., cascaded recordings)
`were undertaken, the resulting product would be noticeably
`inferior to the original. Similarly, when multiple generations
`of photocopies of an image are made, the quality of the
`resulting image is typically poor, with many dark and light
`areas that were not present in the original image.
`It is the inevitable gradual degradation of quality that has
`proven to be a practical disincentive to large Scale copying
`of analog information. Notwithstanding this observation,
`where the potential profits are high, Such copying is under
`taken even though the resulting product’s quality is signifi
`cantly below that of the original. Videotape copies of movies
`
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`represent a good example. Some fraction of the marketplace
`is willing to accept a lower quality product in exchange for
`a significantly lower price. The logistics associated with
`making large numbers of copies (an inherently serial
`process), including obtaining the raw materials (cassettes),
`the reproduction equipment, and the distribution channels
`also have served to limit illicit production. Finally, the
`quality of the product as well as the markings on the package
`distinguish it from the original and may also Serve as a
`disincentive (for Some) to purchase an illicit copy.
`Just as the invention of the printing preSS changed the way
`in which Society interacted with information on paper, the
`technical advances in digital computers and communica
`tions in the closing years of the twentieth century have a
`potential for high impact on legal, moral, and busineSS
`practice. The printing press is often credited as an enabling
`mechanism for the Renaissance and the Reformation in
`Europe. The advances in digital information technology will
`Similarly impact commerce and law. Digital technology
`enables changing the representation of information without
`changing the content. (Of course the content can be changed
`too.)
`The Storage of information in digital form depends on the
`ability to encode information in binary form to arbitrary
`precision and to record that binary form in a physical
`medium that can take on two distinct characteristics. Pre
`Serving the fidelity of information recorded in binary (using
`media with two distinct and easily-differentiated
`characteristics) is easily accomplished. For instance, a com
`pact disc Stores information (each binary digit or bit) as the
`presence or absence of a hole (depression or pit) that reflects
`or does not reflect light. Compared to the analog recording
`of phonograph records, the information Stored in each hole
`is unambiguously a binary digit, the value of which is either
`Zero or one. No other values are possible. A digital tape
`Stores each bit as a magnetic Spot that is oriented either
`north/South or South/north. Today's digital Sound Systems
`use Sufficiently many bits to capture Sound levels beyond the
`ability of the human ear to distinguish a difference and in So
`doing attain So-called “perfect” fidelity.
`A digital file can be copied with no loss of fidelity (as the
`mechanism need only distinguish between two easily
`differentiated states). With straightforward and well-known
`error-correction mechanisms, even inevitable flaws can be
`made So improbable as to occur fewer than once in ten
`billion bits.
`As a result of the ability to copy a file with no loss of
`fidelity, it is now almost impossible to differentiate a digital
`copy from the digital original. In a network environment
`recording materials, reproduction equipment and distribu
`tion are not impediments to copying. Consequently, in the
`digital domain the threshold inhibiting the making of illicit
`copies is significantly lowered. Evidence that this is the case
`is presented by the Software Publishers Association and by
`the Business Software Alliance, each of which indicates that
`billions of dollars of software is pirated (in the sense of
`being illicitly copied) each year. Additionally, print publish
`erS hesitate to expand into the network marketplace because
`they are unable to control (in the Sense of receiving com
`pensation in return for rights) Secondary distribution of their
`products as well as incorporation of their products into
`derivative products. Digitally Stored information may
`include binary data, computer Software, text, graphics,
`audio, and Video. The uses of this information include news,
`entertainment, education, and analysis. Information may be
`distributed in many ways, including networks, magnetic
`media, CD-ROM, semiconductor memory modules, and
`wireleSS broadcast.
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`5,933,498
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`15
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`25
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`35
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`40
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`3
`Copying and distributing large Volumes of digital infor
`mation over long distances is becoming easier and leSS
`costly. Such changes in cost and convenience of necessity
`impact business decisions concerning producing,
`distributing, promoting, and marketing. The commercial
`relationship among information producers (Such as authors,
`performers, and artists), distributors (Such as publishers,
`promoters, and broadcasters), and consumers must change in
`response to the technology.
`The law concerning intellectual property is in ferment.
`Major revisions in the laws regarding the protection of
`computer programs have been Suggested. A Manifesto Con
`cerning the Legal Protection of Computer Programs,
`Samuelson, P. R. et al., Columbia Law Review, vol. 94, no.
`8, pp. 2308-2431, December 1994. The European Union is
`working on harmonizing protection of intellectual property
`rights with respect to technology and differences in civil and
`common law countries. Commission of the European Union,
`Jul. 19 1995, Green Paper on Copyright and Neighboring
`Rights in the Information Society, catalogue number
`CB-CO-95-421-EN-C, ISSN 0254-1475, ISBM 92-77
`92580-9, Office for Official Publications of the European
`Communities, L-2985 Luxembourg. In the United States,
`the issue of protection of intellectual property rights is being
`addressed in the context of the National Information Infra
`Structure. The uncertainty of legal protection over time and
`from country to country only Serves to emphasize the
`importance of and need for technical protection of intellec
`tual property rights in information and data.
`The principal technology which has been used for pro
`tecting intellectual property