Aerial Photography Sample Clauses

Aerial Photography. The Engineer’s Surveyor shall provide aerial photography for low altitude aerial mapping appropriate for detailed design.
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Aerial Photography. After aerial photography has been flown, processed and checked for coverage, the negatives shall be sent to the State at the address indicated on the Agreement for evaluation, labeling, and prints or diapositives as needed by the District and the Consultant. The negatives shall become the property of the State. Along with the negatives, the Consultant shall also deliver the Report of Calibration for the aerial camera used for the aerial photography, the flight maps, and the flight log. Once complete, a copy of the mapping shall be placed on a CD-ROM and sent to the address specified in the Agreement.
Aerial Photography. A-E shall perform Aerial photography acquisition to generate and provide deliverables such as, but not limited to;
Aerial Photography. The ENGINEER will collect aerial photography for the project corridor from NearMaps and/or available aerial photos from the CITY.
Aerial Photography. Provide aerial photography for low altitude aerial mapping appropriate for detailed design. Assuming the mapping corridor will have a total width 1000 feet, 500 feet left and right of the flight line. The aerial mapping work flow will consist of the following:  Establish flight and ground control configuration  Coordinate exact panel placement, utilizing public ROW where possible  Notify the flight team that panels are down and the project is ready to fly  Acquire the 1”=250’ scale color photography and perform photo lab processing of the filmhigh-precision, photogrammetric digital scanning to convert each film exposure into a digital image  Import the X,Y,Z values for all ground control panels  Perform fully analytical aero-triangulation to densify the ground control and bridge the digital images in order to provide stereo orientations for 3D data collection  Use 3D stereo-compilation methods to digitize all visible planimetric features  Use 3D stereo-compilation methods to digitize the digital terrain model (DTM), to create an accurate 3D model of the ground which will be of suitable accuracy for 1-foot contour generation  Import field data in void areas  Generate 1-foot topographic contours from the digital terrain model, with labels and spot heights, that will be suitable for 1”=50’ scale mapping according to TxDOT standards The aerial mapping work flow will consist of the following:  Establish flight and ground control configuration  Coordinate exact panel placement, utilizing public ROW where possible  Notify the flight team that panels are down and the project is ready to fly  Acquire the 1”=250’ scale color photography and perform photo lab processing of the film  Perform high-precision, photogrammetric digital scanning to convert each film exposure into a digital image  Import the X,Y,Z values for all ground control panels  Perform fully analytical aero-triangulation to densify the ground control and bridge the digital images in order to provide stereo orientations for 3D data collection  Use 3D stereo-compilation methods to digitize all visible planimetric features  Use 3D stereo-compilation methods to digitize the digital terrain model (DTM), to create an accurate 3D model of the ground which will be of suitable accuracy for 1-foot contour generation  Import field data in void areas  Generate 1-foot topographic contours from the digital terrain model, with labels and spot heights, that will be suitable for 1”=50’ scale mappi...
Aerial Photography. WG will provide aerial mapping of the entire project site. The aerial map will include a digital color orthophoto with 0.25’ pixel resolution. The aerial photography will be obtained at a scale suitable for preparing topographic mapping at a scale of 1-inch = 20-feet, with a contour interval of 1-foot. This aerial map will be compiled into the Base Map described below. The aerial mapping will show visible features including utility structures and poles, edges of pavement, striping, fences, street signs, brush lines, and tree canopies. The project area includes approximately 14.5 acres and is bounded by these approximate limits: • Approximately 1000 feet northwesterly along state highway 227 from the intersection at Los Ranchos. • Approximately 1250 feet southeasterly along state highway 227 from the intersection at Los Ranchos. • Approximately 700 feet southeasterly along Los Ranchos Road the intersection at State Highway 227. This task will include aerial photography over the site, the aerial control survey and compiling the topographic map. WG will provide survey control and the map will be compiled by an aerial sub- consultant. This will involve obtaining new aerial photography suitable for compiling a topographic map with the following specifications: • Finish mapping scale 1” = 20 feet • Contours at 1-foot intervals Some areas which are obstructed by tree cover may not show complete contour information. In addition to topography, the map will show planimetric features including; roads, buildings, fences, power poles, trees, brush, and other features according to standard practice. Accuracy will equal or exceed National Map Accuracy Standards for topographic maps compiled by photogrammetric methods. The aerial flight can usually be scheduled within one week of the award of the contract.
Aerial Photography. State agencies have sites of concern throughout the state. Aerial photography provides a valuable tool to orient Project Managers (PMs) to the sites, and provide information about on-going activity. State agencies could maintain medium and high- resolution cameras for use by CAP or state personnel, and maintain a program of periodic photo coverage of these sites. As stated above, State employees may fly aboard on some flights, but CAP crews could do the majority of photography, with information provided by the state agency. Examples of mission tasking are:
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Aerial Photography. Two flight scales will be acquired for airport collection and analysis during leaf on conditions. Imagery will be acquired with a state of the art digital large format mapping camera with current factory calibration certificate. All photography will be flown in stereo (overlapping) to support photogrammetric mapping and will meet industry standards for photography of this type. An optional low flight over the airport property will increase the accuracy in collecting obstruction items in that region. BDN(Low) – Airport Property Photo scale: Digital UCXP 10cm, 2 lines, 18 frames BND(High) ‐‐ Airport & Vicinity Photo scale: Digital UCXP 20cm, 5 lines, 87 frames

Related to Aerial Photography

  • Photography State may grant permits to persons or corporations engaged in the production of still and motion pictures and related activities for the use of the Premises for such purposes when such permission shall not interfere with the primary business of Concessionaire. Such permits shall not be deemed to be a competitive activity with regard to Concessionaire’s rights to possession and operation under this Contract.

  • Cryptography Supplier will maintain policies and standards on the use of cryptographic controls that are implemented to protect Accenture Data.

  • Photos Seller will not supply or instruct Broker to load any photos that were previously uploaded to the MLS by another company, even if Seller owns the copyright to such photos, unless Xxxxxx has the written permission from the broker who previously published the photos in MLS. Seller agrees Broker is not responsible to check past listings for photo compliance. Any claims in this regard will be handled as a dispute according to the terms of Paragraph 19 of this Contract.

  • Photographs You give your permission to us to use any photograph or photographic image including video or video stills taken of you while you are in any public spaces, grounds, offices at the Property or any sponsored events at the Property. You grant us and the Manager and our designees, the irrevocable and unrestricted right and permission to copyright, in its own name or otherwise, and to use, re-use, publish and re-publish photographic or video portraits or pictures of you or in which you may be included, without restriction as to changes or alterations. This usage may be in conjunction with your own name or a fictitious name. It may involve reproductions in color or otherwise that may be made through any medium, and in any and all media now or hereafter known. Usage may include illustration, promotion, art, editorial, advertising, trade, or any other legal purpose. You also consent to the use of any printed matter in conjunction with that usage. You waive any right that you may have to inspect or approve the finished product, the advertising copy or other matter that may be used in that regard. I hereby waive any right that I may have to inspect or approve the finished product and the advertising copy or other matter that may be used in connection therewith or the use to which it may be applied. You agree that we, the Manager and our designees will have no liability due to any blurring, distortion, alteration, optical illusion, or use in composite form that may occur in taking or usage of any picture or in the subsequent processing or publication of the picture. You release us, the Manager, and our designees from all claims of any nature arising in any way from the use of your photograph or photographic image. This release contains the entire agreement on this subject matter.

  • FABRICATION Making up data or results and recording or reporting them.

  • Bibliography [Ben83] Xxxxxxx Xxx-Or. Another advantage of free choice (extended ab- stract): Completely asynchronous agreement protocols. In Proceed- ings of the second annual ACM symposium on Principles of distrib- uted computing, pages 27–30. ACM, 1983. [BG89] Xxxxx Xxxxxx and Xxxx X Xxxxx. Asymptotically optimal distributed consensus. Springer, 1989. [BGP89] Xxxxx Xxxxxx, Xxxx X. Xxxxx, and Xxxxxxx X. Xxxxx. Towards optimal distributed consensus (extended abstract). In 30th Annual Symposium on Foundations of Computer Science, Research Triangle Park, North Carolina, USA, 30 October - 1 November 1989, pages 410–415, 1989. [BT85] Xxxxxxx Xxxxxx and Xxx Xxxxx. Asynchronous consensus and broadcast protocols. Journal of the ACM (JACM), 32(4):824–840, 1985. [DGM+11] Xxxxxxxx Xxxxx, Xxxxxx Xxx Xxxxxxxx, Xxxxxx Xxxxxx, Xxxxxx Xxxxxxxxx, and Xxxxxxxxx Xxxxxxxxxx. Stabilizing Consensus with the Power of Two Choices. In Proceedings of the Twenty-third Annual ACM Symposium on Parallelism in Algorithms and Architectures, SPAA, June 2011. [DS83] Xxxxx Xxxxx and X. Xxxxxxx Xxxxxx. Authenticated algorithms for byzantine agreement. SIAM Journal on Computing, 12(4):656–666, 1983. [FG03] Xxxxxxxx Xxxxx and Xxxx X Xxxxx. Efficient player-optimal protocols for strong and differential consensus. In Proceedings of the twenty- second annual symposium on Principles of distributed computing, pages 211–220. ACM, 2003.

  • Film Children shall be restricted from viewing age-restricted films classified according to the recommendations of the British Board of Film Classification. Hirers should ensure that they have the appropriate copyright licences for film.

  • Photograph Waiver The Resident grants permission to the Institution and/or the Manager to use photographs or videotapes taken of the Resident in or about the Residence for use (i) in advertising, direct mail, brochures, newsletters and magazines relating to the Institution, the Manager or the Residence, (iii) in electronic versions of the same publications or on web sites or other electronic form or media relating to the Institution, the Manager or the Residence, and (iii) on display boards within the Residence or the Institution, all without notification. The Resident waives any right to inspect or approve any finished photograph or videotape or any electronic matter that may be used in conjunction with a photograph or videotape now or in the future and waives any right to royalties or other compensation arising from or related to the use of any such photograph, videotape or electronic matter.

  • Layout a. Estimate and quantity sheet

  • Screens 3.2.1.1 The proposed Generating Facility's Point of Interconnection must be on a portion of the Utility's Distribution System.

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