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`G RAQPR UO p9 2
`'-'t~A_q~JD~Re the Application of:
`Q~
`3
`
`Group Art Unit:
`
`Examiner:
`
`SUPPLEMENTAL AMENDMENT
`
`CERTIFICATE OF MAILING
`
`I HEREBY CERTIFY THAT THIS CORRESPONDENCE IS
`BEING DEPOSITED WITH THE UNITED STATES POSTAL
`SERVICE AS FIRST CLASS MAIL IN AN ENVELOPE
`ADDRESSED TO THE ASSISTANT COMMISSIONER FOR
`PATEJflS, WASHINGTON, DC 20231 ON THIS~ DAY
`, 2002.
`OF lfltl{Q..Jt
`
`SttERIDAN ROSS P.C.
`
`BY: ~M !M~ · t: Yk.)
`
`hasity C. Rossum
`
`DUPRA Y et al.
`
`;•-
`
`/ '
`Serial No.: 091194,367
`
`Filed: November 24, 1998
`
`Atty. File No.: 1003-PUS
`
`For:
`
`"WIRELESS LOCATION
`USING MULTIPLE MOBILE
`STATION LOCATION
`TECHNIQUES"
`
`Assistant Commissioner for Patents
`Washington, D.C. 20231
`
`Dear Sir:
`
`,.
`
`'S'
`
`Please enter the claim amendments below to correct typographical errors in the pending
`
`claims of the above-identified patent application. Note that this transmittal is in response to a
`
`conversation with the Examiner on March 18, 2002 wherein the Examiner indicated that since she
`
`had not reviewed the most recently provided amendment, that these corrections should ge
`
`provided in a supplement amendment transmittal. Accordingly, the present transmittal is the
`
`supplemental amendment that the Examiner indicated should be provided.
`
`IN THE CLAIMS:
`
`Please amend claim 179 as follows:
`&/:,~(Thrice Amended)
`repeatedly performing the following steps (Al) through (A3) for tracking the mobile
`
`A method for locating a wireless mobile station, comprising:
`
`station;
`
`(A 1) receiving a location estimate of the mobile station said location estimate obtained
`
`5
`
`from using at least one of(a) and (b) following:
`
`(
`
`(a)
`
`first data obtained from wireless timing signals received by the mobile
`
`station from one or more satellites, wherein said timing signals from each of the
`
`one or more satellites identify a locus oflocations of the mobile station; and
`
`Apple, Inc. Exhibit 1024 Page 1
`
`

`

`Application Serial No.: .194,367
`Document: "Preliminary Amendment"
`
`(b)
`
`second data obtained from time delays of wireless signals transmitted
`
`10
`
`between the mobile station and one or more transceivers of a plurality of
`
`transceivers cooperatively linked together for use in locating the mobile station,
`
`wherein said time delays identify a locus of locations of the mobile station from
`
`at least one of the transceivers, and wherein for one of the one or more
`
`transceivers, the time delays are obtained from signals transmitted during a
`
`plurality of wireless signal transmissions between the mobile station and the one
`
`transceiver, with at least one of the transmissions being from the mobile station
`
`to the one transceiver;
`
`wherein an instance of each of (a) and (b) is used at some time during the tracking of the
`
`mobile station for determining a respective location of the mobile station;
`
`20
`
`(A2) determining a likely location of the mobile station by determining a likely roadway
`
`upon which the mobile station is located;
`
`(A3) providing information indicative of said likely location for displaying on a display
`
`device. ,,
`
`. (Once Amended) A method for locating mobile stations, comprising:
`
`providing access to each of a plurality of mobile station location determining resources
`
`for determining corresponding instances oflocation information for locating mobile stations
`
`using corresponding data obtained from measurements of wireless signals transmitted between:
`
`5
`
`(i)
`
`(ii)
`
`the mobile stations, and
`
`one or more of: (1) a plurality of communication stations capable of at least
`
`wirelessly detecting the mobile stations, and (2) one or more non-terrestrial
`
`wireless signal transmitting stations;
`
`for each mobile station M of some of said mobile stations, perform steps (A) through (F)
`
`10
`
`. following:
`
`(A) first providing data to a first of said resources for obtaining a first instance of said
`
`corresponding location information for the mobile station M, wherein in determining said first
`
`instance, said first resource uses a result from a first location technique included in at least one of
`
`the location determining categories (b 1) through (b5) following below said step of second
`
`15
`
`providing;
`
`(B) second providing data to a second of said resources for obtaining a second instance of
`
`said corresponding location information for the mobile station M, wherein said second resource
`
`\ ,\
`
`2
`
`Apple, Inc. Exhibit 1024 Page 2
`
`

`

`Application Serial No.: .194,367
`Document: "Preliminary Amendment"
`
`uses a result from a second location technique included in at least one of the location determining
`
`categories (b 1) through (b5) that does not include said first location technique, and wherein for at
`
`20
`
`least one occurrence of locating one of the mobile stations, said first and second instances include
`
`different geographical extents for locating the one mobile station:
`
`(b 1) a category of pattern recognition location determining techniques, wherein each
`
`said pattern recognition technique determines a geographical extent Ga for a
`
`location of a mobile station (Ma) by identifying a pattern ofmultipath signal
`
`25
`
`characteristics for wireless signals communicated between Ma and the
`
`communication stations as likely to have been a result of Ma being in Ga, wherein
`
`said multi path signal characteristics are indicative of non-line of sight
`
`communications;
`
`(b2) a category of trainable location determining techniques, wherein each said
`
`trainable technique determines a geographical extent Gb for a location of a mobile
`
`station (Mb) as a result of said trainable technique:
`
`(I)
`
`generating an association for associating: (i) each location L of a
`
`plurality of geographical locations with (ii) corresponding measurements of
`
`wireless signals transmitted between some one of said mobile stations and the
`
`communication stations, wherein said some mobile station is approximately at
`
`the location L, and
`
`(II)
`
`using said association together with characteristics of signals
`
`communicated between Mb and the communication stations for determining the
`
`geographical extent Gb for the location ofMb;
`
`(b3) a category of offset determining techniques, wherein each said offset determining
`
`technique determines a geographical extent Gc for a location of a mobile station
`
`wherein said offset determining technique is capable of utilizing timing
`
`measurements of wireless signals between the mobile station Me and a plurality of
`
`the communication stations for determining the geographical extent Gc;
`
`wherein said timing measurements are a function of a signal time delay
`between the mobile station Me and at least one communication station CS of the
`plurality of communication stations, and said timing measurements are for
`
`determining Gc as function of at least: a location of CS, and a predetermined
`
`35
`
`40
`
`45
`
`50
`
`formula representative of a geometric curve for determining a horizontal position
`
`of Me;
`
`3
`
`Apple, Inc. Exhibit 1024 Page 3
`
`

`

`Application Serial No.: .194,367
`Document: "Preliminary Amendment"
`
`wherein there is a corresponding portion of the signal timing measurements
`
`•
`
`55
`
`60
`
`that are obtained during a plurality of wireless signal transmissions between the
`mobile station Me and CS, with at least one of the transmissions being from the
`mobile station Me to CS;
`wherein said communication station CS is attached to the ground; and
`
`wherein each of said offset determining techniques determines a
`
`geographical extent for a location of each of a plurality of different mobile stations;
`
`(b4) a category of angle of arrival location determining techniques wherein each said
`
`angle of arrival technique determines a geographical extent for a location of a
`
`mobile station (Md) by determining a direction from which wireless signals arrive
`
`at at least one of the communication stations from the mobile station Md;
`
`(b5) a category of signal processing techniques wherein each said signal processing
`
`technique determines a geographical extent for a location of a mobile station (Me)
`using wireless signals received at the mobile station Me from the non-terrestrial
`
`transmitting stations, wherein said wireless signals provide time values, and said
`
`signal processing technique determines at least one differential between the time
`
`values for the wireless signals transmitted by two of the non-terrestrial transmitting
`
`stations;
`
`70
`
`(C) first obtaining first structured location data using said first instance;
`
`(D) second obtaining second structured location data using said second instance;
`
`wherein each of said first and second structured location data includes a common data
`
`representation for a plurality of location attributes, including (dl) through (d2) following:
`
`(dl) an attribute At for representing a geographical extent within which a mobile
`
`75
`
`station being located is expected to be;
`
`(d2) an attribute related to one of: an error in data for At. and a likelihood of the
`
`mobile station being located being in the geographical extent represented by At;
`
`(E) generating subsequent location information of a location LM of the mobile station M,
`
`said subsequent location information being dependent upon said attributes (dl) and (d2) for each
`
`80
`
`of said first and second structured location data; and
`
`(F) outputting said subsequent location information to a predetermined destination on a
`
`communications network.
`
`4
`
`Apple, Inc. Exhibit 1024 Page 4
`
`

`

`Application Serial No.: 09/194 • •
`Document: "Preliminary Amendment"
`
`REMARKS
`
`The amendments to the claims herein are to correct wording in Claims 179 and 350. These
`
`amendments correct typographical errors in these claims.
`
`In particular, in Claim 179, the word -
`
`information-was inadvertently provided in this claim. Additionally, in Claim 350, there are
`
`typographical errors in the references to the paragraphs labeled (b 1) through (b5), wherein these
`
`paragraphs were referenced as "(cl) through (c5)" by mistake. These typographical errors have been
`
`corrected to recite -(bl) through (b5)--. Furthermore, in paragraph (d2) of Claim 350, the word -and(cid:173)
`
`was inadvertently omitted, and has now been added. Additionally, a colon in this same paragraph of
`
`Claim 350 was misplaced and has now been corrected. It is believed that amendments such as provided
`
`here do not narrow the scope of the claims for any reason related to the statutory requirements for a
`
`patent.
`
`It is requested that the Examiner review the claims hereinbelow and specifically identify any of
`
`the amendments that the Examiner believes may be reasonably construed as being related to the statutory
`
`requirements for patentability, and that narrow the claim scope. For each such amendment identified by
`
`the Examiner, it is respectfully requested that the representative named below be granted an opportunity
`
`to address the Examiner's belief that the amendment was made for a statutory requirement for
`
`.,
`'
`
`patentability and that narrow the scope of the claim. In particular, it is requested that an opportunity be
`
`given to provide additional reasons and/or clarification for stating that these amendments are not related
`
`to any statutory requirement for patentability or do not narrow the scope of the claim.
`
`It is further
`
`requested that the representative named below be contacted by telephone regarding this matter.
`
`It is believed that no fees are due with this amendment. However, in the event that fees are due, it
`
`is requested that the Applicant named below be contacted.
`
`Respectfully submitted,
`
`5
`
`Apple, Inc. Exhibit 1024 Page 5
`
`

`

`Application Serial No.: 091194 . •
`Document: "Preliminary Amendment"
`
`VERSION WITH MARKINGS TO SHOW CHANGES MADE
`
`IN THE CLAIMS:
`
`Claim 179 has been amended as follows:
`
`179. (Thrice Amended)
`
`A method for locating a wireless mobile station, comprising:
`
`repeatedly performing the following steps (AI) through (A3) for tracking the mobile
`
`station;
`
`(Al) receiving a location estimate of the mobile station said location estimate obtained
`
`5
`
`from using at least one of(a) and (b) following:
`
`(a)
`
`first data obtained from wireless timing signals received by the mobile
`
`station from one or more satellites, wherein said timing signals from each of the
`
`one or more satellites identify a locus of locations of the mobile station; and
`
`(b)
`
`second data obtained from time delays of wireless signals transmitted
`
`between the mobile station and one or more transceivers of a plurality of
`
`transceivers cooperatively linked together for use in locating the mobile station,
`
`wherein said time delays identify a locus oflocations of the mobile station from
`
`at least one of the transceivers, and wherein for one of the one or more
`
`transceivers, the time delays are obtained from signals transmitted during a
`
`plurality of wireless signal transmissions between the mobile station and the one
`
`transceiver, with at least one of the transmissions being from the mobile station
`
`to the one transceiver;
`
`10
`
`15
`
`wherein an instance of each of (a) and (b) is used at some time during the tracking of the
`
`mobile station for determining a respective location of the mobile station;
`
`20
`
`(A2) determining a likely location of the mobile station by determining a likely roadway
`
`upon which the mobile station is located;
`
`(A3) providing information indicative of said likely location [information] for displaying
`
`on a display device.
`
`Claim 350 has been amended as follows:
`
`350. (Once Amended) A method for locating mobile stations, comprising:
`
`providing access to each of a plurality of mobile station location determining resources
`
`for determining corresponding instances of location information for locating mobile stations
`
`using corresponding data obtained from measurements of wireless signals transmitted between:
`
`5
`
`(iii)
`
`the mobile stations, and
`
`6
`
`Apple, Inc. Exhibit 1024 Page 6
`
`

`

`I
`
`Application Serial No.: .194,367
`Document: "Preliminary Amendment"
`
`(iv)
`
`one or more of: ( 1) a plurality of communication stations capable of at least
`
`wirelessly detecting the mobile stations, and (2) one or more non-terrestrial
`
`wireless signal transmitting stations;
`
`for each mobile station M of some of said mobile stations, perform steps (A) through (F)
`
`10
`
`following:
`
`(A) first providing data to a first of said resources for obtaining a first instance of said
`corresponding location information for the mobile station M, wherein in determining said first
`
`instance, said first resource uses a result from a first location technique included in at least one of
`
`the location determining categories CQ[c] 1) through CQ[c]5) following below said step of second
`
`15
`
`providing;
`
`(B) second providing data to a second of said resources for obtaining a second instance of
`
`said corresponding location information for the mobile station M, wherein said second resource
`
`uses a result from a second location technique included in at least one of the location determining
`
`categories (!2[c] 1) through (!2[c]5) that does not include said first location technique, and wherein
`
`20
`
`for at least one occurrence of locating one of the mobile stations, said first and second instances
`
`include different geographical extents for locating the one mobile station:
`
`(b 1) a category of pattern recognition location determining techniques, wherein each
`
`said pattern recognition technique determines a geographical extent Ga for a
`
`location of a mobile station (Ma) by identifying a pattern of multi path signal
`
`25
`
`characteristics for wireless signals communicated between Ma and the
`
`communication stations as likely to have been a result of Ma being in Ga, wherein
`
`said multi path signal characteristics are indicative of non-line of sight
`
`communications;
`
`(b2) a category of trainable location determining techniques, wherein each said
`
`trainable technique determines a geographical extent Gb for a location of a mobile
`
`station (Mb) as a result of said trainable technique:
`
`(I)
`
`generating an association for associating: (i) each location L of a
`
`plurality of geographical locations with (ii) corresponding measurements of
`
`wireless signals transmitted between .some one of said mobile stations and the
`
`communication stations, wherein said some mobile station is approximately at
`
`the location L, and
`
`30
`
`35
`
`7
`
`Apple, Inc. Exhibit 1024 Page 7
`
`

`

`'·
`Application Serial No.: .194,367
`Document: "Preliminary Amendment"
`
`40
`
`45
`
`50
`
`55
`
`60
`
`65
`
`(II)
`
`using said association together with characteristics of signals
`
`communicated between Mb and the communication stations for determining the
`geographical extent Gb for the location of Mb;
`
`(b3) a category of offset determining techniques, wherein each said offset determining
`
`technique determines a geographical extent Gc for a location of a mobile station
`
`wherein said offset determining technique is capable of utilizing timing
`
`measurements of wireless signals between the mobile station Me and a plurality of
`the communication stations for determining the geographical extent Ge;
`
`wherein said timing measurements are a function of a signal time delay
`
`between the mobile station Me and at least one communication station CS of the
`
`plurality of communication stations, and said timing measurements are for
`
`determining Ge as function of at least: a location of CS, and a predetermined
`
`formula representative of a geometric curve for determining a horizontal position
`
`of Me;
`
`wherein there is a corresponding portion of the signal timing measurements
`
`that are obtained during a plurality of wireless signal transmissions between the
`mobile station Me and CS, with at least one of the transmissions being from the
`mobile station Me to CS;
`
`wherein said communication station CS is attached to the ground; and
`
`wherein each of said offset determining techniques determines a
`
`geographical extent for a location of each of a plurality of different mobile stations;
`
`(b4) a category of angle of arrival location determining techniques wherein each said
`
`angle of arrival technique determines a geographical extent for a location of a
`
`mobile station (Md) by determining a direction from which wireless signals arrive
`
`at at least one of the communication stations from the mobile station~;
`
`(b5) a category of signal processing techniques wherein each said signal processing
`
`technique determines a geographical extent for a location of a mobile station (Me)
`using wireless signals received at the mobile station Me from the non-terrestrial
`transmitting stations, wherein said wireless signals provide time values, and said
`
`signal processing technique determines at least one differential between the time
`
`values for the wireless signals transmitted by two of the non-terrestrial transmitting
`
`stations;
`
`70
`
`(C) first obtaining first structured location data using said first instance;
`
`8
`
`Apple, Inc. Exhibit 1024 Page 8
`
`

`

`. .
`
`Application Serial No.: ,94,367
`Document: "Preliminary Amendment"
`
`•
`
`(D) second obtaining second structured location data using said second instance;
`
`wherein each of said first and second structured location data includes a common data
`
`representation for a plurality of location attributes, including ( d 1) through ( d2) following:
`
`(dl) an attribute A 1 for representing a geographical extent within which a mobile
`
`75
`
`station being located is expected to be;
`
`(d2) an attribute related to one[:] of~ an error in data for A 1, and a likelihood of the
`mobile station being located being in the geographical extent represented by A1;
`
`(E) generating subsequent location information of a location LM of the mobile station M,
`
`said subsequent location information being dependent upon said attributes (dl) and (d2) for each
`
`80
`
`of said first and second structured location data; and
`
`(F) outputting said subsequent location information to a predetermined destination on a
`
`communications network.
`
`9
`
`Apple, Inc. Exhibit 1024 Page 9
`
`