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object(stdClass)#96 (3) { ["hits"]=> array(3) { [0]=> object(stdClass)#97 (16) { ["bindingStyleCode"]=> string(4) "HARD" ["categories"]=> array(4) { [0]=> string(6) "ENV12A" [1]=> string(8) "SCAG0507" [2]=> string(6) "ENV08F" [3]=> string(6) "ENV08A" } ["edition"]=> int(1) ["id"]=> int(283385) ["imprint"]=> string(9) "CRC Press" ["isbn"]=> string(13) "9781439874585" ["isbn10"]=> string(10) "1439874581" ["keywords"]=> string(125) "Geographic Environmental MAPPING Ecological TECHNIQUES Feature IMAGERY AEROSPACE APPLICATIONS Remote Sensing Mapping ADVANCES" ["originators"]=> array(2) { [0]=> object(stdClass)#98 (3) { ["id"]=> int(4721224) ["name"]=> string(12) "Xiaojun Yang" ["roleCode"]=> string(2) "HG" } [1]=> object(stdClass)#99 (3) { ["id"]=> int(4721225) ["name"]=> string(11) "Jonathan Li" ["roleCode"]=> string(2) "HG" } } ["publicationDate"]=> string(25) "2012-09-29T19:00:00-05:00" ["relevance"]=> float(4.910278) ["shortDescription"]=> string(298) "This book discusses recent technologies and techniques of remote sensing as applied to topographic and environmental mapping. It begins with an introduction to new remote sensors and data processing techniques, followed by applications and case studies in the two major areas of topographic mapping" ["sku"]=> string(6) "K13458" ["subjectGroup"]=> string(9) "Reference" ["subtitle"]=> string(27) "Techniques and Applications" ["title"]=> string(42) "Advances in Mapping from Aerospace Imagery" } [1]=> object(stdClass)#100 (17) { ["bindingStyleCode"]=> string(4) "HARD" ["categories"]=> array(4) { [0]=> string(6) "SCEA01" [1]=> string(8) "SCGE5010" [2]=> string(6) "SCGE50" [3]=> string(6) "ENV08F" } ["edition"]=> int(1) ["id"]=> int(233166) ["imprint"]=> string(16) "Taylor & Francis" ["isbn"]=> string(13) "9780415422475" ["isbn10"]=> string(10) "0415422477" ["keywords"]=> string(52) "TECHNOLOGY INFORMATION EMERGENCY GEOSPATIAL RESPONSE" ["originators"]=> array(2) { [0]=> object(stdClass)#101 (3) { ["id"]=> int(1697784) ["name"]=> string(14) "Sisi Zlatanova" ["roleCode"]=> string(2) "HG" } [1]=> object(stdClass)#102 (3) { ["id"]=> int(1697785) ["name"]=> string(11) "Jonathan Li" ["roleCode"]=> string(2) "HG" } } ["publicationDate"]=> string(25) "2008-01-23T19:00:00-05:00" ["relevance"]=> float(4.910278) ["series"]=> string(17) "ISPRS Book Series" ["seriesCodes"]=> string(12) "SWEISPRSBOOK" ["shortDescription"]=> string(295) "Disaster management is generally understood to consist of four phases: mitigation, preparedness, response and recovery. While these phases are all important and interrelated, response and recovery are often considered to be the most critical in terms of saving lives. Response is the acute phase" ["sku"]=> string(6) "SW2477" ["subjectGroup"]=> string(9) "Reference" ["title"]=> string(56) "Geospatial Information Technology for Emergency Response" } [2]=> object(stdClass)#103 (18) { ["bindingStyleCode"]=> string(4) "HARD" ["categories"]=> array(7) { [0]=> string(4) "SCAG" [1]=> string(8) "SCEA0115" [2]=> string(6) "SCGE50" [3]=> string(5) "GEO01" [4]=> string(6) "ENV08A" [5]=> string(8) "SCGE5025" [6]=> string(6) "ENV08F" } ["edition"]=> int(1) ["id"]=> int(233195) ["imprint"]=> string(16) "Taylor & Francis" ["isbn"]=> string(13) "9780415427234" ["isbn10"]=> string(10) "0415427231" ["keywords"]=> string(970) "TECHNOLOGY SUPPORTING DGPS PEMSUBJECT PEMAUTHOR HIGHWAY PEMACKNOWLEDGEMENTS BASED COST LOW URBAN FUTURE EMERGENCY USING SYSTEM CAMERA IMAGE UL IMU 3 2 CAPTURE 1 SUPPORT EM AREAS LICONSTRAINED CATALONIA 4 LIDAR LIINTEGRATED SENSOR LIAPPEARANCE IMAGES LISEMI PFOREWORD BUNDLE APPLICATIONS PROCESSING ART P SENSING TERRESTRIAL ADVANCES LIA INTEGRATION RISK ADJUSTMENT PEDESTRIAN FLOW MAPPING ISPRS ESTIMATION POSITIONING RESPONSE PEMCONTRIBUTORS ANALYSIS PANORAMIC IKONOS TRAFFIC SYSTEMSSTATE DISTRIBUTED MULTI LIAIRBORNE SEGMENTED LIVEHICLE SYSTEMS INDEX GUIDE OBJECT LIFRAMEWORK ESTIMATES DENSE SERVICES INTEGRATED GIS REMOTE GUIDANCE SERIES LIDIGITAL TECHNOLOGIES EXTRACTION LIMULTI PEM ENVIRONMENTS SITE LIMOBILE LIGEOVAN NAVIGATION VIA AIRBORNE TRENDS CLASSIFICATION AUTOMATED LANDING MARS KALMAN CARTOGRAPHIC LIORTHOROAD AUGMENTED SINGLE REALITY NBSP VOLUME FILTERING STEREO LIEXTRACTION IMAGERY STREETS INSTITUTE PPART MOBILE INTERSECTIONS LI ROAD DATA LIPERFORMANCE" ["originators"]=> array(2) { [0]=> object(stdClass)#104 (3) { ["id"]=> int(1612152) ["name"]=> string(14) "C. Vincent Tao" ["roleCode"]=> string(2) "HG" } [1]=> object(stdClass)#105 (3) { ["id"]=> int(1612153) ["name"]=> string(11) "Jonathan Li" ["roleCode"]=> string(2) "HG" } } ["publicationDate"]=> string(25) "2007-02-07T19:00:00-05:00" ["relevance"]=> float(4.309356) ["series"]=> string(17) "ISPRS Book Series" ["seriesCodes"]=> string(12) "SWEISPRSBOOK" ["shortDescription"]=> string(299) "The growing market penetration of Internet mapping, satellite imaging and personal navigation has opened up great research and business opportunities to geospatial communities. Multi-platform and multi-sensor integrated mapping technology has clearly established a trend towards fast geospatial data" ["sku"]=> string(6) "SW7231" ["subjectGroup"]=> string(9) "Reference" ["subtitle"]=> string(22) "ISPRS Series, volume 4" ["title"]=> string(37) "Advances in Mobile Mapping Technology" } } ["query"]=> object(stdClass)#106 (5) { ["bindingPriority"]=> string(54) "PAPE,HARD,PCK,PKCC,PKCD,PKWE,EBK,DVD,CDRM,AUDC,WEB,AUD" ["size"]=> int(10) ["sort"]=> object(stdClass)#107 (2) { ["key"]=> string(21) "SortByPublicationDate" ["direction"]=> string(10) "Descending" } ["start"]=> int(1) ["suggestSpelling"]=> bool(false) } ["totalHits"]=> int(3) }