Geospatial Technology Associates, LLC v. United States

CourtUnited States Court of Federal Claims
DecidedJanuary 11, 2022
Docket16-346
StatusPublished

This text of Geospatial Technology Associates, LLC v. United States (Geospatial Technology Associates, LLC v. United States) is published on Counsel Stack Legal Research, covering United States Court of Federal Claims primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

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Geospatial Technology Associates, LLC v. United States, (uscfc 2022).

Opinion

In the United States Court of Federal Claims No. 16-346C (Originally filed: November 29, 2021) (Re-issued: January 11, 2022)1

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GEOSPATIAL TECHNOLOGY Patent infringement; 35 ASSOCIATES, LLC U.S.C. § 102(a) (2012) (pre-AIA); Anticipation; Plaintiff, Public accessibility of v. prior art; Inherency; Reconsideration. THE UNITED STATES, Manifest injustice.

Defendant.

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Richard T. Matthews, Raleigh, NC, for plaintiff.

Jenna Munnelly, Trial Attorney, United States Department of Justice, Commercial Litigation Branch, Civil Division, Washington, DC, with whom were Brian M. Boynton, Acting Assistant Attorney General, and Gary L. Hausken, Director, for defendant.

ORDER

BRUGGINK, Judge.

This is a patent and copyright infringement suit brought against the United States for the alleged unauthorized use of plaintiff’s intellectual property in its target detection system and software. On April 8, 2021, we granted partial summary judgment to defendant, holding that the ‘489 patent was invalid because it was anticipated by a government system in use and

1 This order was first filed under seal to afford the parties an opportunity to propose the redaction of any protected material. The parties informed the court that no redactions were necessary. The order thus appears as in the original except for correction of three minor clerical errors. publicly known at the time of invention.2 Geospatial Tech. Assocs., LLC v. United States, No. 13-307C, 2021 WL 2325007 (Fed. Cl. April 8, 2021). The copyright claim remains pending. Plaintiff then moved for reconsideration on May 6, 2021, alleging six legal and procedural errors. The court held a status conference on June 3, 2021, to discuss the issues raised in the reconsideration motion and the government’s invocation of the state secret privilege. A briefing schedule for the motion for reconsideration was also set. The case was subsequently transferred to the undersigned. Briefing on reconsideration has since been completed, and oral argument was held on November 9, 2021. As explained below, we grant reconsideration on the issue of the inherency of the unmixing function of the ‘489 patent.

The ‘489 claims a system for “object based identification, sorting and ranking of target detections . . . .” ‘489 Patent at 1. In general terms, it does this by assigning a “score for each pixel” in each image captured. Id. “A region around one or more pixels with the determined detection scores which are higher than the determined detection scores for the remaining pixels . . . is identified” for each image. Id. Then, an “object based score for each identified region” in each of the images “is determined.” Id. The software then provides to the user of the system “one or more identified regions” with the preset “object based score” to review for targets. Id. The patent’s figure 2 breaks this process into five steps: 1) obtaining images; 2) applying a statistical detection filter to generate a per pixel detection score; 3) “apply spatial process to per pixel . . . scores to identify regions” and to determine the score “in each detection plane;” 4) determining “corresponding geographical information for each identified region;” 5) and providing the selected regions and object scores “with corresponding geographical information.” Id. at 3. This method is taught by 33 claims in the patent, 30 of which were at issue and addressed by the court on summary judgment. See Geospatial, 2021 WL 2325007, at *3. For purposes of this order, we need not again recite the language of the claims. It appears in our earlier opinion. Id. at *3-8

Defendant offered the Civil Air Patrol Hyperspectral Sensor System (“Archer”) as prior art and the report of its expert, Alan Stocker, which explains, among other things, his view of how the Archer system includes the functions claimed by the ‘489 patent. The court relied heavily on Mr. Stocker’s report to reach the conclusion that Archer anticipated each of the patent claims at issue. The court found each of the limitations present in the 30 claims at issue to be present in the Archer system. Id. at *23-24. In doing

2 U.S. Patent No. 8,897,489 (‘489 patent). 2 so, it made a number of specific findings regarding features taught by the ’489 patent found in Archer.

The court began with the priority date of the patent, denying summary judgment to plaintiff on both of its alternative offered dates: November 22, 2008, as a conception date, and January 29, 2010, for the date of a provisional application of another patent. Id. at *17-18. The court granted summary judgment to the United States, which offered the presumed patent priority date of January 28, 2011, the date the application for the ‘489 patent was filed. Id. at *18.

The court turned next to the “five ‘top level’ elements found in the ‘489 Patent—[1] obtain images, [2] apply statistical detection filtering, [3] identify regions and determine object-based scores, [4] determine geographical information for identified regions and [5] provide identified regions and object-based scores with geographical information.” Id. at *19 (citing Stocker Rep. ¶ 44). The court began with the two object-based score elements (3 and 5), finding both disclosed in Archer. The court cited two references which describe the Archer system and disclose these features in a way consistent with the court’s earlier claim construction of the terms “object-based spectral identification score” and “object-based score.” Id. at *20. The first reference is Brian Stevenson, et al., The Civil Air Patrol ARCHER Hyperspectral Sensor System, 5787 Proc. SPIE 17 (2005) (“Stevenson reference”). The second is Michael T. Eismann, Strategies for Hyperspectral Target Detection in Complex Background Environments, EEAC paper #1 626, Version 3 (Dec. 21, 2005 update) (“Eismann reference”). The court concluded that these two elements of claims 4, 5, 12, 13, 14, 21, 22, and 23 were anticipated by Archer. Geospatial, 2021 WL 2325007, at *20-21. The same was true with respect to the “providing identified regions with the determined object-based score” limitation (element 5) of claims 1, 4, 5, 10, 13, 14, 19, 21, 22, and 23. Id. at 21. The court cited the Stevenson reference’s description of how the “chip viewer” of Archer displays cropped images of identified target regions along with “target cue information, including scores and geolocations for each detected target.” Id. (citing the Stevenson reference at US_003221).

The court then made a finding regarding two capabilities of the patented system which it found to be inherent in the Archer system. The first, “masking out,” refers to a process using the “target detection processing apparatus” selection of “the pixels in each of the . . . images which have the highest determined statistical detection scores in each of the . . . images” in order to remove them to gather information regarding the surrounding region of the image. ‘489 Patent at 7. The court stated that Archer’s target detection

3 algorithms perform the masking out step inherently as part of that system’s “chipping” function, as explained by Mr. Stocker. Geospatial, 2021 WL 2325007, at *22. “[I]t is undisputed that the ARCHER system’s ‘chipping’ function includes defining image regions and indicates to the . . . system operator the location and local image context surrounding identified chips . . . ” which also includes the ability to “eliminate pixel groups that do not conform to the detection threshold.” Id. Thus, this limitation of claims 4, 13, 22, 28, 30, and 32 was found to be anticipated by Archer. Id.

The same was true of the second of the two capabilities called out in the opinion: unmixing.

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