{"id":12110,"date":"2025-07-23T15:57:53","date_gmt":"2025-07-23T14:57:53","guid":{"rendered":"https:\/\/cctvacademy.be\/?p=12110"},"modified":"2026-10-07T08:22:13","modified_gmt":"2026-10-07T07:22:13","slug":"ai-by-recorder","status":"publish","type":"post","link":"https:\/\/cctvacademy.be\/nl\/ai-by-recorder\/","title":{"rendered":"AI BY RECORDER"},"content":{"rendered":"\t\t<div data-elementor-type=\"wp-post\" data-elementor-id=\"12110\" class=\"elementor elementor-12110\">\n\t\t\t\t<div class=\"elementor-element elementor-element-1959b13 e-flex e-con-boxed e-con e-parent\" data-id=\"1959b13\" data-element_type=\"container\" data-e-type=\"container\">\n\t\t\t\t\t<div class=\"e-con-inner\">\n\t\t\t\t<div class=\"elementor-element elementor-element-1e906a3 elementor-widget elementor-widget-html\" data-id=\"1e906a3\" data-element_type=\"widget\" data-e-type=\"widget\" data-widget_type=\"html.default\">\n\t\t\t\t<div class=\"elementor-widget-container\">\n\t\t\t\t\t<!--\nCCTV Academy 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class=\"lang\" data-lang=\"fr\">FR<\/button><button class=\"lang\" data-lang=\"en\">EN<\/button><button class=\"lang\" data-lang=\"de\">DE<\/button><\/div><\/div><\/div><\/div>\n  <header class=\"hero\"><div class=\"wrap hero-grid\"><div><div class=\"eyebrow\" data-i=\"heroEye\">CCTV Academy \u00b7 NVR AI<\/div><h1 data-ih=\"heroTitle\">De camera stuurt video.<br><em>De recorder analyseert.<\/em><\/h1><p class=\"lead\" data-i=\"heroLead\">Bij AI by Recorder voert de NVR zelf intelligente videoanalyse uit. Dat centraliseert AI, maar de beschikbare AI-capaciteit is per functie en per recorder beperkt.<\/p><div class=\"hero-actions\"><a class=\"btn btn-primary\" href=\"#werking\" data-i=\"heroCta1\">Zo werkt het \u2192<\/a><a class=\"btn btn-secondary localized-link\" href=\"https:\/\/cctvacademy.be\/nl\/technische-termen-uitgelegd\/\" data-i=\"heroCta2\">Technische termen<\/a><\/div><div class=\"checks\"><span data-i=\"check1\">Analyse in de NVR<\/span><span data-i=\"check2\">Capaciteit per AI-functie<\/span><span data-i=\"check3\">Datasheet controleren<\/span><\/div><\/div><div class=\"nvr-stage\" aria-hidden=\"true\"><div class=\"camnode cam1\">CAM 01 \u00b7 STREAM<\/div><div class=\"camnode cam2\">CAM 02 \u00b7 STREAM<\/div><div class=\"camnode cam3\">CAM 03 \u00b7 STREAM<\/div><div class=\"camnode cam4\">CAM 04 \u00b7 STREAM<\/div><div class=\"nvr\"><span class=\"led\"><\/span><div class=\"brain\"><strong>AI<\/strong><\/div><div class=\"ports\"><i class=\"port\"><\/i><i class=\"port\"><\/i><i class=\"port\"><\/i><i class=\"port\"><\/i><i class=\"port\"><\/i><i class=\"port\"><\/i><i class=\"port\"><\/i><i class=\"port\"><\/i><\/div><\/div><div class=\"loadcard\"><div class=\"loadtop\"><span>RECORDER AI LOAD<\/span><span data-i=\"loadLabel\">functie-afhankelijk<\/span><\/div><div class=\"loadbar\"><span><\/span><\/div><\/div><\/div><\/div><\/header>\n  <div class=\"jump-wrap\"><div class=\"wrap\"><nav class=\"jump\"><a href=\"#werking\" data-i=\"nav1\">Werking<\/a><a href=\"#capaciteit\" data-i=\"nav2\">AI-capaciteit<\/a><a href=\"#vergelijk\" data-i=\"nav3\">Camera vs recorder<\/a><a href=\"#systeem\" data-i=\"nav4\">Systeemimpact<\/a><a href=\"#media\" data-i=\"nav5\">Bestaande media<\/a><a href=\"#verder\" data-i=\"nav6\">Verder leren<\/a><\/nav><\/div><\/div>\n  <section class=\"section section-light\" id=\"werking\"><div class=\"wrap\"><div class=\"kicker\" data-i=\"s1k\">Wat betekent AI by Recorder?<\/div><h2 data-i=\"s1t\">De intelligente analyse gebeurt centraal in het opnamesysteem.<\/h2><div class=\"split\"><div class=\"copy\"><p data-i=\"s1p1\">IP-camera's sturen hun videostream naar de recorder. Bij AI by Recorder gebruikt de NVR zijn eigen processor om ondersteunde analyses op die inkomende beelden uit te voeren.<\/p><p data-i=\"s1p2\">Dat verschilt van AI by Camera, waarbij de camera zelf de intelligente analyse uitvoert en gebeurtenissen of metadata naar de recorder doorstuurt.<\/p><p data-i=\"s1p3\">De belangrijkste ontwerpvraag is daarom niet alleen \u201cheeft deze NVR AI?\u201d, maar vooral: welke functie, op hoeveel kanalen tegelijk en onder welke systeemvoorwaarden?<\/p><\/div><div class=\"notice\"><strong data-i=\"s1boxh\">Kanalen \u2260 AI-kanalen<\/strong><p data-i=\"s1boxp\">Een recorder met acht camera-ingangen ondersteunt niet automatisch acht gelijktijdige kanalen van elke recorder-AI-functie. Controleer de AI-specificaties afzonderlijk.<\/p><\/div><\/div><\/div><\/section>\n  <section class=\"section section-dark\"><div class=\"wrap\"><div class=\"kicker\" data-i=\"s2k\">Technische keten<\/div><h2 data-i=\"s2t\">Van videostream naar centrale AI-beslissing.<\/h2><div class=\"flow\"><div class=\"flow-card\"><small>01 \u00b7 INPUT<\/small><h3 data-i=\"a1h\">Camera<\/h3><p data-i=\"a1p\">De camera levert de videostream aan de NVR.<\/p><\/div><div class=\"flow-card\"><small>02 \u00b7 RECEIVE<\/small><h3 data-i=\"a2h\">Incoming stream<\/h3><p data-i=\"a2p\">De recorder ontvangt \u00e9\u00e9n of meerdere videostreams.<\/p><\/div><div class=\"flow-card\"><small>03 \u00b7 PROCESS<\/small><h3 data-i=\"a3h\">NVR AI-engine<\/h3><p data-i=\"a3p\">De recorder analyseert ondersteunde kanalen met zijn eigen AI-resources.<\/p><\/div><div class=\"flow-card\"><small>04 \u00b7 EVENT<\/small><h3 data-i=\"a4h\">Detectie<\/h3><p data-i=\"a4p\">De analyse levert een gebeurtenis, classificatie of zoekbare informatie op.<\/p><\/div><div class=\"flow-card\"><small>05 \u00b7 USE<\/small><h3 data-i=\"a5h\">Actie & zoeken<\/h3><p data-i=\"a5p\">Het resultaat kan worden opgeslagen, gezocht of gekoppeld aan een actie.<\/p><\/div><\/div><\/div><\/section>\n  <section class=\"section section-light\" id=\"capaciteit\"><div class=\"wrap\"><div class=\"kicker\" data-i=\"s3k\">Datasheet lezen<\/div><h2 data-i=\"s3t\">AI-capaciteit is per functie verschillend.<\/h2><p class=\"intro\" data-i=\"s3intro\">Onderstaande cijfers komen uit de door CCTV Academy gehoste datasheet van het voorbeeldmodel DHI-NVR5208-8P-EI. Ze zijn modelspecifiek en dus geen algemene Dahua-garantie.<\/p><div class=\"limits\"><div class=\"limit\"><div class=\"metric\">4 ch<\/div><h3 data-i=\"l1h\">Perimeter by Recorder<\/h3><p data-i=\"l1p\">Het voorbeeldmodel vermeldt vier recorder-kanalen voor perimeteranalyse, met meerdere IVS-regels per kanaal.<\/p><small data-i=\"modelSpecific\">Voorbeeldmodel \u00b7 datasheetwaarde<\/small><\/div><div class=\"limit\"><div class=\"metric\">2 ch<\/div><h3 data-i=\"l2h\">Face Detection<\/h3><p data-i=\"l2p\">Recorder-side gezichtsdetectie wordt in dezelfde datasheet op twee kanalen opgegeven.<\/p><small data-i=\"modelSpecific\">Voorbeeldmodel \u00b7 datasheetwaarde<\/small><\/div><div class=\"limit\"><div class=\"metric\">8 ch<\/div><h3 data-i=\"l3h\">SMD Plus<\/h3><p data-i=\"l3p\">Voor SMD Plus by Recorder noemt het voorbeeld acht kanalen met secundaire filtering van persoon en motorvoertuig.<\/p><small data-i=\"modelSpecific\">Voorbeeldmodel \u00b7 datasheetwaarde<\/small><\/div><div class=\"limit\"><div class=\"metric\">AI \u2260 1<\/div><h3 data-i=\"l4h\">Geen enkel AI-getal<\/h3><p data-i=\"l4p\">Face recognition, perimeter, SMD en andere analyses kunnen ieder hun eigen capaciteit en voorwaarden hebben.<\/p><small data-i=\"modelSpecific\">Altijd volledige AI-sectie lezen<\/small><\/div><\/div><div class=\"notice\" style=\"margin-top:24px\"><strong data-i=\"s3boxh\">Lees niet alleen het grootste getal.<\/strong><p data-i=\"s3boxp\">Camera-ingangen, incoming bandwidth, decoding capability en AI-capaciteit zijn afzonderlijke specificaties. Een goed ontwerp combineert ze.<\/p><\/div><\/div><\/section>\n  <section class=\"section section-dark\" id=\"vergelijk\"><div class=\"wrap\"><div class=\"kicker\" data-i=\"s4k\">AI-architectuur<\/div><h2 data-i=\"s4t\">AI by Camera en AI by Recorder zijn twee verschillende plaatsen waar intelligentie kan draaien.<\/h2><div class=\"comparison\"><div class=\"compare\"><div class=\"tag\" data-i=\"cameraTag\">AI by Camera \u00b7 Edge<\/div><h3 data-i=\"cameraH\">Analyse gebeurt in de IP-camera.<\/h3><p data-i=\"cameraP\">De camera voert ondersteunde analyse lokaal uit en stuurt gebeurtenissen of metadata naar de recorder.<\/p><ul><li data-i=\"cameraLi1\">Lokale camera-AI-capaciteit<\/li><li data-i=\"cameraLi2\">Functies afhankelijk van cameramodel<\/li><li data-i=\"cameraLi3\">Recorder ontvangt resultaten\/metadata<\/li><\/ul><\/div><div class=\"compare\"><div class=\"tag\" data-i=\"recTag\">AI by Recorder \u00b7 Central<\/div><h3 data-i=\"recH\">Analyse gebeurt in de NVR.<\/h3><p data-i=\"recP\">De recorder verwerkt de inkomende videostreams met zijn eigen AI-engine en heeft daarvoor een beperkte centrale resourcepool.<\/p><ul><li data-i=\"recLi1\">Centrale AI-resources in de NVR<\/li><li data-i=\"recLi2\">Kanaallimiet kan per functie verschillen<\/li><li data-i=\"recLi3\">AI-belasting kan andere systeemresources be\u00efnvloeden<\/li><\/ul><\/div><\/div><div class=\"darknotice notice\" style=\"margin-top:22px\"><strong data-i=\"s4boxh\">Niet kiezen op marketingnaam alleen.<\/strong><p data-i=\"s4boxp\">Controleer per concrete camera\/NVR-combinatie welke functie door welk toestel wordt uitgevoerd en hoeveel gelijktijdige kanalen werkelijk ondersteund zijn.<\/p><\/div><\/div><\/section>\n  <section class=\"section section-light\" id=\"systeem\"><div class=\"wrap\"><div class=\"kicker\" data-i=\"s5k\">Systeemimpact<\/div><h2 data-i=\"s5t\">AI gebruikt resources. Daarom kunnen andere limieten mee veranderen.<\/h2><p class=\"intro\" data-i=\"s5intro\">In de Academy-hosted voorbeeld-datasheet veranderen zowel netwerkbandbreedte als decodingcapaciteit wanneer AI actief is. Ook dit zijn modelspecifieke waarden, maar het principe is belangrijk bij het lezen van technische fiches.<\/p><div class=\"scenario\"><div class=\"scenario-card\"><h3 data-i=\"sc1h\">Voorbeeld \u00b7 AI uit<\/h3><p data-i=\"sc1p\">De datasheet noemt 384 Mbps incoming\/recording\/outgoing wanneer zware recorder-AI niet actief is.<\/p><div class=\"bar high\"><span><\/span><\/div><small data-i=\"sc1s\">Datasheetvoorbeeld, geen universele waarde.<\/small><\/div><div class=\"scenario-card\"><h3 data-i=\"sc2h\">Voorbeeld \u00b7 AI aan<\/h3><p data-i=\"sc2p\">Bij ingeschakelde AI noemt hetzelfde model 200 Mbps incoming\/recording\/outgoing en andere decodinglimieten.<\/p><div class=\"bar low\"><span><\/span><\/div><small data-i=\"sc2s\">Controleer dus altijd de kleine letters bij AI.<\/small><\/div><\/div><div class=\"notice\" style=\"margin-top:22px\"><strong data-i=\"s5boxh\">Ontwerp het volledige systeem, niet \u00e9\u00e9n specificatie.<\/strong><p data-i=\"s5boxp\">Resolutie, bitrate, FPS, decoding, netwerkbelasting, opslag en AI-capaciteit moeten samen passen bij het aantal camera's en de gewenste functies.<\/p><\/div><\/div><\/section>\n  <section class=\"section section-dark\" id=\"media\"><div class=\"wrap\"><div class=\"kicker\" data-i=\"s6k\">Bestaande WordPress-media<\/div><h2 data-i=\"s6t\">Behoud de actuele afbeeldingen, video's en embeds van de oorspronkelijke pagina.<\/h2><div class=\"media-preserve\"><h3 data-i=\"videoH\">Media-preserve zone<\/h3><p data-i=\"videoP\">De doelpagina kon publiek niet volledig worden uitgelezen. Bij de WordPress-merge moeten daarom alle huidige afbeeldingen, video-\/iframe-embeds, captions, altteksten en functionele links exact uit de actuele pagina worden overgenomen. Geen embed of media-URL gokken.<\/p><div class=\"media-slot\" data-preserve-existing-media=\"true\" data-i=\"mediaSlot\">PLAATS HIER DE BESTAANDE WORDPRESS-MEDIA VAN \/ai-by-recorder\/ ZONDER ZE TE VERVANGEN<\/div><\/div><\/div><\/section>\n  <section class=\"section section-light\" id=\"verder\"><div class=\"wrap\"><div class=\"kicker\" data-i=\"s7k\">Bouw verder op dit begrip<\/div><h2 data-i=\"s7t\">AI-capaciteit begrijp je pas wanneer je ook netwerk, decoding en camera-AI meeneemt.<\/h2><div class=\"cards\"><a class=\"card localized-link\" href=\"https:\/\/cctvacademy.be\/nl\/ai-by-camera\/\"><div class=\"tag\">AI architecture<\/div><h3 data-i=\"k1h\">AI by Camera<\/h3><p data-i=\"k1p\">Vergelijk centrale recorder-AI met analyse die rechtstreeks in de camera gebeurt.<\/p><div class=\"go\" data-i=\"k1go\">Open AI by Camera \u2192<\/div><\/a><a class=\"card localized-link\" href=\"https:\/\/cctvacademy.be\/nl\/wat-betekent-maximum-decoding-capability\/\"><div class=\"tag\">Performance<\/div><h3 data-i=\"k2h\">Maximum Decoding Capability<\/h3><p data-i=\"k2p\">Leer hoeveel videostreams de NVR werkelijk tegelijk kan verwerken voor weergave.<\/p><div class=\"go\" data-i=\"k2go\">Bekijk decoding \u2192<\/div><\/a><a class=\"card localized-link\" href=\"https:\/\/cctvacademy.be\/nl\/wat-betekenen-incoming-recording-en-outgoing-bandwidth\/\"><div class=\"tag\">Network<\/div><h3 data-i=\"k3h\">Incoming & Outgoing Bandwidth<\/h3><p data-i=\"k3p\">Begrijp hoeveel videodata binnenkomt, wordt opgenomen en naar clients vertrekt.<\/p><div class=\"go\" data-i=\"k3go\">Bekijk bandwidth \u2192<\/div><\/a><a class=\"card localized-link\" href=\"https:\/\/cctvacademy.be\/nl\/hoe-configureer-je-de-acupick-ai-zoek-functie\/\"><div class=\"tag\">AI Search<\/div><h3>AcuPick<\/h3><p data-i=\"k4p\">Leer hoe ondersteunde AI-resultaten gebruikt worden om personen of voertuigen sneller terug te vinden.<\/p><div class=\"go\" data-i=\"k4go\">Bekijk AcuPick \u2192<\/div><\/a><a class=\"card localized-link\" href=\"https:\/\/cctvacademy.be\/nl\/technische-termen-uitgelegd\/\"><div class=\"tag\">Datasheet<\/div><h3 data-i=\"k5h\">Technische termen uitgelegd<\/h3><p data-i=\"k5p\">Plaats AI by Recorder naast kanalen, bandwidth, decoding en opslag.<\/p><div class=\"go\" data-i=\"k5go\">Open de begrippen \u2192<\/div><\/a><a class=\"card localized-link\" href=\"https:\/\/cctvacademy.be\/nl\/opleiding-camerabewaking-fort-knox-het-ai-opnamesysteem\/\"><div class=\"tag\">Hands-on<\/div><h3 data-i=\"k6h\">Fort Knox AI-opnamesysteem<\/h3><p data-i=\"k6p\">Werk met een echte AI-NVR en leer de recorder als volledig systeem configureren.<\/p><div class=\"go\" data-i=\"k6go\">Open Fort Knox \u2192<\/div><\/a><a class=\"card localized-link\" href=\"https:\/\/cctvacademy.be\/nl\/wat-betekent-wizsense-concreet\/\"><div class=\"tag\">Dahua AI<\/div><h3>WizSense<\/h3><p data-i=\"k7p\">Plaats SMD, perimeter en intelligente zoekfuncties binnen de Dahua AI-context.<\/p><div class=\"go\" data-i=\"k7go\">Bekijk WizSense \u2192<\/div><\/a><a class=\"card localized-link\" href=\"https:\/\/cctvacademy.be\/nl\/installateur-camerabewaking-opleidingen-in-kortrijk\/\"><div class=\"tag\">Micro-Learning<\/div><h3 data-i=\"k8h\">Test het zelf<\/h3><p data-i=\"k8p\">Leer datasheets interpreteren en controleer functies met echte camera's en recorders.<\/p><div class=\"go\" data-i=\"k8go\">Ontdek Micro-Learning \u2192<\/div><\/a><\/div><\/div><\/section>\n  <section class=\"cta\"><div class=\"wrap cta-grid\"><div><div class=\"kicker\" data-i=\"ctaK\">CCTV Academy \u00b7 Denk in capaciteit<\/div><h2 data-i=\"ctaT\">\u201cAI aanwezig\u201d is geen voldoende specificatie.<\/h2><p data-i=\"ctaP\">Vraag altijd: welke analyse, door camera of recorder, op hoeveel kanalen tegelijk, met welke impact op bandwidth en decoding? Dan ontwerp je een systeem dat ook in de praktijk klopt.<\/p><\/div><div class=\"cta-actions\"><a class=\"btn btn-primary localized-link\" href=\"https:\/\/cctvacademy.be\/nl\/opleiding-camerabewaking-fort-knox-het-ai-opnamesysteem\/\" data-i=\"cta1\">Fort Knox opleiding \u2192<\/a><a class=\"btn btn-secondary localized-link\" href=\"https:\/\/cctvacademy.be\/nl\/opleidingstraject-camerabewaking\/\" data-i=\"cta2\">Bekijk opleidingstraject<\/a><\/div><\/div><\/section>\n<\/div>\n<script>\n(function(){\n  var root=document.getElementById('cctv-air-v1');if(!root)return;\n  var c={\n    nl:{home:'Home',heroEye:'CCTV Academy \u00b7 NVR AI',heroTitle:'De camera stuurt video.<br><em>De recorder analyseert.<\/em>',heroLead:'Bij AI by Recorder voert de NVR zelf intelligente videoanalyse uit. Dat centraliseert AI, maar de beschikbare AI-capaciteit is per functie en per recorder beperkt.',heroCta1:'Zo werkt het \u2192',heroCta2:'Technische termen',check1:'Analyse in de NVR',check2:'Capaciteit per AI-functie',check3:'Datasheet controleren',loadLabel:'functie-afhankelijk',nav1:'Werking',nav2:'AI-capaciteit',nav3:'Camera vs recorder',nav4:'Systeemimpact',nav5:'Bestaande media',nav6:'Verder leren',s1k:'Wat betekent AI by Recorder?',s1t:'De intelligente analyse gebeurt centraal in het opnamesysteem.',s1p1:'IP-camera\\'s sturen hun videostream naar de recorder. Bij AI by Recorder gebruikt de NVR zijn eigen processor om ondersteunde analyses op die inkomende beelden uit te voeren.',s1p2:'Dat verschilt van AI by Camera, waarbij de camera zelf de intelligente analyse uitvoert en gebeurtenissen of metadata naar de recorder doorstuurt.',s1p3:'De belangrijkste ontwerpvraag is daarom niet alleen \u201cheeft deze NVR AI?\u201d, maar vooral: welke functie, op hoeveel kanalen tegelijk en onder welke systeemvoorwaarden?',s1boxh:'Kanalen \u2260 AI-kanalen',s1boxp:'Een recorder met acht camera-ingangen ondersteunt niet automatisch acht gelijktijdige kanalen van elke recorder-AI-functie. 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Een goed ontwerp combineert ze.',s4k:'AI-architectuur',s4t:'AI by Camera en AI by Recorder zijn twee verschillende plaatsen waar intelligentie kan draaien.',cameraTag:'AI by Camera \u00b7 Edge',cameraH:'Analyse gebeurt in de IP-camera.',cameraP:'De camera voert ondersteunde analyse lokaal uit en stuurt gebeurtenissen of metadata naar de recorder.',cameraLi1:'Lokale camera-AI-capaciteit',cameraLi2:'Functies afhankelijk van cameramodel',cameraLi3:'Recorder ontvangt resultaten\/metadata',recTag:'AI by Recorder \u00b7 Central',recH:'Analyse gebeurt in de NVR.',recP:'De recorder verwerkt de inkomende videostreams met zijn eigen AI-engine en heeft daarvoor een beperkte centrale resourcepool.',recLi1:'Centrale AI-resources in de NVR',recLi2:'Kanaallimiet kan per functie verschillen',recLi3:'AI-belasting kan andere systeemresources be\u00efnvloeden',s4boxh:'Niet kiezen op marketingnaam alleen.',s4boxp:'Controleer per concrete camera\/NVR-combinatie welke functie door welk toestel wordt uitgevoerd en hoeveel gelijktijdige kanalen werkelijk ondersteund zijn.',s5k:'Systeemimpact',s5t:'AI gebruikt resources. 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Bij de WordPress-merge moeten daarom alle huidige afbeeldingen, video-\/iframe-embeds, captions, altteksten en functionele links exact uit de actuele pagina worden overgenomen. Geen embed of media-URL gokken.',mediaSlot:'PLAATS HIER DE BESTAANDE WORDPRESS-MEDIA VAN \/ai-by-recorder\/ ZONDER ZE TE VERVANGEN',s7k:'Bouw verder op dit begrip',s7t:'AI-capaciteit begrijp je pas wanneer je ook netwerk, decoding en camera-AI meeneemt.',k1h:'AI by Camera',k1p:'Vergelijk centrale recorder-AI met analyse die rechtstreeks in de camera gebeurt.',k1go:'Open AI by Camera \u2192',k2h:'Maximum Decoding Capability',k2p:'Leer hoeveel videostreams de NVR werkelijk tegelijk kan verwerken voor weergave.',k2go:'Bekijk decoding \u2192',k3h:'Incoming & Outgoing Bandwidth',k3p:'Begrijp hoeveel videodata binnenkomt, wordt opgenomen en naar clients vertrekt.',k3go:'Bekijk bandwidth \u2192',k4p:'Leer hoe ondersteunde AI-resultaten gebruikt worden om personen of voertuigen sneller terug te vinden.',k4go:'Bekijk AcuPick \u2192',k5h:'Technische termen uitgelegd',k5p:'Plaats AI by Recorder naast kanalen, bandwidth, decoding en opslag.',k5go:'Open de begrippen \u2192',k6h:'Fort Knox AI-opnamesysteem',k6p:'Werk met een echte AI-NVR en leer de recorder als volledig systeem configureren.',k6go:'Open Fort Knox \u2192',k7p:'Plaats SMD, perimeter en intelligente zoekfuncties binnen de Dahua AI-context.',k7go:'Bekijk WizSense \u2192',k8h:'Test het zelf',k8p:'Leer datasheets interpreteren en controleer functies met echte camera\\'s en recorders.',k8go:'Ontdek Micro-Learning \u2192',ctaK:'CCTV Academy \u00b7 Denk in capaciteit',ctaT:'\u201cAI aanwezig\u201d is geen voldoende specificatie.',ctaP:'Vraag altijd: welke analyse, door camera of recorder, op hoeveel kanalen tegelijk, met welke impact op bandwidth en decoding? Dan ontwerp je een systeem dat ook in de praktijk klopt.',cta1:'Fort Knox opleiding \u2192',cta2:'Bekijk opleidingstraject'},\n    fr:{home:'Accueil',heroEye:'CCTV Academy \u00b7 IA NVR',heroTitle:'La cam\u00e9ra envoie la vid\u00e9o.<br><em>L\u2019enregistreur analyse.<\/em>',heroLead:'Avec AI by Recorder, le NVR effectue lui-m\u00eame l\u2019analyse vid\u00e9o intelligente. L\u2019IA est centralis\u00e9e, mais la capacit\u00e9 disponible reste limit\u00e9e par fonction et par mod\u00e8le.',heroCta1:'Voir le fonctionnement \u2192',heroCta2:'Termes techniques',check1:'Analyse dans le NVR',check2:'Capacit\u00e9 par fonction IA',check3:'V\u00e9rifier la fiche technique',loadLabel:'selon la fonction',nav1:'Fonctionnement',nav2:'Capacit\u00e9 IA',nav3:'Cam\u00e9ra vs enregistreur',nav4:'Impact syst\u00e8me',nav5:'M\u00e9dias existants',nav6:'Continuer',s1k:'Que signifie AI by Recorder ?',s1t:'L\u2019analyse intelligente est r\u00e9alis\u00e9e de mani\u00e8re centralis\u00e9e dans l\u2019enregistreur.',s1p1:'Les cam\u00e9ras IP envoient leur flux vid\u00e9o au NVR. Avec AI by Recorder, le NVR utilise son propre processeur pour ex\u00e9cuter les analyses prises en charge sur ces flux entrants.',s1p2:'Cela diff\u00e8re de AI by Camera, o\u00f9 la cam\u00e9ra effectue elle-m\u00eame l\u2019analyse intelligente et transmet les \u00e9v\u00e9nements ou m\u00e9tadonn\u00e9es au recorder.',s1p3:'La bonne question n\u2019est donc pas seulement \u00ab ce NVR poss\u00e8de-t-il de l\u2019IA ? \u00bb, mais quelle fonction, sur combien de canaux simultan\u00e9s et dans quelles conditions syst\u00e8me.',s1boxh:'Canaux \u2260 canaux IA',s1boxp:'Un recorder \u00e0 huit entr\u00e9es cam\u00e9ra ne prend pas automatiquement en charge huit canaux simultan\u00e9s pour chaque fonction AI by Recorder. V\u00e9rifiez les capacit\u00e9s s\u00e9par\u00e9ment.',s2k:'Cha\u00eene technique',s2t:'Du flux vid\u00e9o \u00e0 la d\u00e9cision IA centralis\u00e9e.',a1h:'Cam\u00e9ra',a1p:'La cam\u00e9ra fournit le flux vid\u00e9o au NVR.',a2h:'Flux entrant',a2p:'Le recorder re\u00e7oit un ou plusieurs flux vid\u00e9o.',a3h:'Moteur IA du NVR',a3p:'Le recorder analyse les canaux pris en charge avec ses propres ressources IA.',a4h:'D\u00e9tection',a4p:'L\u2019analyse produit un \u00e9v\u00e9nement, une classification ou une information recherchable.',a5h:'Action & recherche',a5p:'Le r\u00e9sultat peut \u00eatre stock\u00e9, recherch\u00e9 ou li\u00e9 \u00e0 une action.',s3k:'Lire la fiche technique',s3t:'La capacit\u00e9 IA diff\u00e8re selon la fonction.',s3intro:'Les chiffres ci-dessous proviennent de la fiche technique h\u00e9berg\u00e9e par CCTV Academy pour le mod\u00e8le d\u2019exemple DHI-NVR5208-8P-EI. Ils sont sp\u00e9cifiques \u00e0 ce mod\u00e8le et ne constituent pas une garantie g\u00e9n\u00e9rale Dahua.',l1h:'Perimeter by Recorder',l1p:'Le mod\u00e8le d\u2019exemple indique quatre canaux recorder pour l\u2019analyse p\u00e9rim\u00e9trique avec plusieurs r\u00e8gles IVS par canal.',l2h:'Face Detection',l2p:'La d\u00e9tection faciale c\u00f4t\u00e9 recorder est indiqu\u00e9e sur deux canaux dans la m\u00eame fiche.',l3h:'SMD Plus',l3p:'Pour SMD Plus by Recorder, l\u2019exemple indique huit canaux avec filtrage secondaire des personnes et v\u00e9hicules motoris\u00e9s.',l4h:'Pas un seul chiffre IA',l4p:'Face recognition, perimeter, SMD et d\u2019autres analyses peuvent avoir chacune leur propre capacit\u00e9 et conditions.',modelSpecific:'Mod\u00e8le d\u2019exemple \u00b7 valeur datasheet',s3boxh:'Ne lisez pas uniquement le plus grand chiffre.',s3boxp:'Entr\u00e9es cam\u00e9ra, incoming bandwidth, decoding capability et capacit\u00e9 IA sont des sp\u00e9cifications distinctes. Un bon design les combine.',s4k:'Architecture IA',s4t:'AI by Camera et AI by Recorder sont deux endroits diff\u00e9rents o\u00f9 l\u2019intelligence peut fonctionner.',cameraTag:'AI by Camera \u00b7 Edge',cameraH:'L\u2019analyse se fait dans la cam\u00e9ra IP.',cameraP:'La cam\u00e9ra ex\u00e9cute localement les analyses prises en charge et envoie \u00e9v\u00e9nements ou m\u00e9tadonn\u00e9es au recorder.',cameraLi1:'Ressources IA locales dans la cam\u00e9ra',cameraLi2:'Fonctions selon le mod\u00e8le de cam\u00e9ra',cameraLi3:'Le recorder re\u00e7oit r\u00e9sultats\/m\u00e9tadonn\u00e9es',recTag:'AI by Recorder \u00b7 Central',recH:'L\u2019analyse se fait dans le NVR.',recP:'Le recorder traite les flux entrants avec son propre moteur IA et dispose donc d\u2019un pool central de ressources limit\u00e9.',recLi1:'Ressources IA centrales dans le NVR',recLi2:'La limite de canaux varie selon la fonction',recLi3:'La charge IA peut influencer d\u2019autres ressources',s4boxh:'Ne choisissez pas uniquement sur un nom marketing.',s4boxp:'Pour chaque combinaison cam\u00e9ra\/NVR, v\u00e9rifiez quelle fonction est ex\u00e9cut\u00e9e par quel appareil et combien de canaux simultan\u00e9s sont r\u00e9ellement pris en charge.',s5k:'Impact syst\u00e8me',s5t:'L\u2019IA consomme des ressources. D\u2019autres limites peuvent donc \u00e9voluer.',s5intro:'Dans la fiche d\u2019exemple h\u00e9berg\u00e9e par l\u2019Academy, la bande passante r\u00e9seau et le decoding changent lorsque l\u2019IA est active. Ces valeurs restent sp\u00e9cifiques au mod\u00e8le, mais le principe est essentiel.',sc1h:'Exemple \u00b7 IA d\u00e9sactiv\u00e9e',sc1p:'La fiche indique 384 Mbps incoming\/recording\/outgoing lorsque la charge IA recorder lourde n\u2019est pas active.',sc1s:'Exemple de fiche technique, pas une valeur universelle.',sc2h:'Exemple \u00b7 IA activ\u00e9e',sc2p:'Avec l\u2019IA activ\u00e9e, le m\u00eame mod\u00e8le indique 200 Mbps incoming\/recording\/outgoing ainsi que d\u2019autres limites de decoding.',sc2s:'Lisez donc toujours les conditions li\u00e9es \u00e0 l\u2019IA.',s5boxh:'Concevez le syst\u00e8me complet, pas une seule sp\u00e9cification.',s5boxp:'R\u00e9solution, bitrate, FPS, decoding, charge r\u00e9seau, stockage et capacit\u00e9 IA doivent correspondre au nombre de cam\u00e9ras et aux fonctions demand\u00e9es.',s6k:'M\u00e9dias WordPress existants',s6t:'Conservez les images, vid\u00e9os et embeds actuels de la page originale.',videoH:'Zone de conservation des m\u00e9dias',videoP:'La page cible n\u2019a pas pu \u00eatre enti\u00e8rement lue publiquement. Lors de la fusion WordPress, toutes les images, vid\u00e9os\/iframes, l\u00e9gendes, textes alt et liens fonctionnels actuels doivent \u00eatre repris exactement. Ne devinez aucun embed ni URL m\u00e9dia.',mediaSlot:'REPLACER ICI LES M\u00c9DIAS WORDPRESS EXISTANTS DE \/ai-by-recorder\/ SANS LES REMPLACER',s7k:'Approfondir',s7t:'La capacit\u00e9 IA devient claire lorsque r\u00e9seau, decoding et IA cam\u00e9ra sont \u00e9galement pris en compte.',k1h:'AI by Camera',k1p:'Comparez l\u2019IA centralis\u00e9e du recorder avec l\u2019analyse effectu\u00e9e directement dans la cam\u00e9ra.',k1go:'Ouvrir AI by Camera \u2192',k2h:'Maximum Decoding Capability',k2p:'Apprenez combien de flux le NVR peut r\u00e9ellement traiter simultan\u00e9ment pour l\u2019affichage.',k2go:'Voir decoding \u2192',k3h:'Incoming & Outgoing Bandwidth',k3p:'Comprenez combien de donn\u00e9es vid\u00e9o entrent, sont enregistr\u00e9es et partent vers les clients.',k3go:'Voir bandwidth \u2192',k4p:'D\u00e9couvrez comment les r\u00e9sultats IA pris en charge permettent de retrouver plus vite personnes ou v\u00e9hicules.',k4go:'Voir AcuPick \u2192',k5h:'Termes techniques expliqu\u00e9s',k5p:'Replacez AI by Recorder aux c\u00f4t\u00e9s des canaux, bandwidth, decoding et stockage.',k5go:'Ouvrir les termes \u2192',k6h:'Fort Knox \u00b7 syst\u00e8me d\u2019enregistrement IA',k6p:'Travaillez avec un vrai NVR IA et apprenez \u00e0 configurer le recorder comme un syst\u00e8me complet.',k6go:'Ouvrir Fort Knox \u2192',k7p:'Replacez SMD, perimeter et recherche intelligente dans le contexte Dahua AI.',k7go:'Voir WizSense \u2192',k8h:'Testez vous-m\u00eame',k8p:'Apprenez \u00e0 lire les datasheets et v\u00e9rifiez les fonctions avec de vraies cam\u00e9ras et recorders.',k8go:'D\u00e9couvrir Micro-Learning \u2192',ctaK:'CCTV Academy \u00b7 Pensez capacit\u00e9',ctaT:'\u00ab IA pr\u00e9sente \u00bb n\u2019est pas une sp\u00e9cification suffisante.',ctaP:'Demandez toujours : quelle analyse, par cam\u00e9ra ou recorder, sur combien de canaux simultan\u00e9s et avec quel impact sur bandwidth et decoding ?',cta1:'Formation Fort Knox \u2192',cta2:'Voir le parcours'},\n    en:{home:'Home',heroEye:'CCTV Academy \u00b7 NVR AI',heroTitle:'The camera sends video.<br><em>The recorder analyses it.<\/em>',heroLead:'With AI by Recorder, the NVR performs the intelligent video analysis itself. AI is centralized, but available capacity is limited per function and per recorder model.',heroCta1:'See how it works \u2192',heroCta2:'Technical terms',check1:'Analysis in the NVR',check2:'Capacity per AI function',check3:'Check the datasheet',loadLabel:'function-dependent',nav1:'How it works',nav2:'AI capacity',nav3:'Camera vs recorder',nav4:'System impact',nav5:'Existing media',nav6:'Learn more',s1k:'What does AI by Recorder mean?',s1t:'Intelligent analysis is performed centrally in the recording system.',s1p1:'IP cameras send their video stream to the recorder. With AI by Recorder, the NVR uses its own processor to run supported analytics on those incoming streams.',s1p2:'This differs from AI by Camera, where the camera performs the intelligent analysis locally and sends events or metadata to the recorder.',s1p3:'The key design question is therefore not only \u201cdoes this NVR have AI?\u201d, but which function, on how many simultaneous channels, and under what system conditions?',s1boxh:'Channels \u2260 AI channels',s1boxp:'An eight-channel recorder does not automatically support eight simultaneous channels of every recorder-side AI function. Check each AI specification separately.',s2k:'Technical chain',s2t:'From video stream to a centralized AI decision.',a1h:'Camera',a1p:'The camera supplies the video stream to the NVR.',a2h:'Incoming stream',a2p:'The recorder receives one or more video streams.',a3h:'NVR AI engine',a3p:'The recorder analyses supported channels using its own AI resources.',a4h:'Detection',a4p:'The analysis produces an event, classification or searchable information.',a5h:'Action & search',a5p:'The result can be stored, searched or linked to an action.',s3k:'Read the datasheet',s3t:'AI capacity differs by function.',s3intro:'The figures below come from the CCTV Academy-hosted datasheet for example model DHI-NVR5208-8P-EI. They are model-specific and not a general Dahua performance guarantee.',l1h:'Perimeter by Recorder',l1p:'The example model lists four recorder channels for perimeter analysis, with multiple IVS rules per channel.',l2h:'Face Detection',l2p:'Recorder-side face detection is listed on two channels in the same datasheet.',l3h:'SMD Plus',l3p:'For SMD Plus by Recorder, the example lists eight channels with secondary filtering for humans and motor vehicles.',l4h:'No single AI number',l4p:'Face recognition, perimeter, SMD and other analytics can each have their own capacity and conditions.',modelSpecific:'Example model \u00b7 datasheet value',s3boxh:'Do not read only the biggest number.',s3boxp:'Camera inputs, incoming bandwidth, decoding capability and AI capacity are separate specifications. A good design combines them.',s4k:'AI architecture',s4t:'AI by Camera and AI by Recorder are two different places where intelligence can run.',cameraTag:'AI by Camera \u00b7 Edge',cameraH:'Analysis happens inside the IP camera.',cameraP:'The camera runs supported analytics locally and sends events or metadata to the recorder.',cameraLi1:'Local AI resources in the camera',cameraLi2:'Functions depend on camera model',cameraLi3:'Recorder receives results\/metadata',recTag:'AI by Recorder \u00b7 Central',recH:'Analysis happens inside the NVR.',recP:'The recorder processes incoming video streams using its own AI engine, which means it has a limited central resource pool.',recLi1:'Central AI resources in the NVR',recLi2:'Channel limits may differ per function',recLi3:'AI load can affect other system resources',s4boxh:'Do not select on a marketing name alone.',s4boxp:'For each camera\/NVR combination, verify which device performs each function and how many simultaneous channels are actually supported.',s5k:'System impact',s5t:'AI consumes resources. Other limits can therefore change.',s5intro:'In the Academy-hosted example datasheet, both network bandwidth and decoding capability change when AI is enabled. These values are model-specific, but the principle matters when reading specifications.',sc1h:'Example \u00b7 AI off',sc1p:'The datasheet lists 384 Mbps incoming\/recording\/outgoing when heavy recorder-side AI is not active.',sc1s:'Datasheet example, not a universal value.',sc2h:'Example \u00b7 AI on',sc2p:'With AI enabled, the same model lists 200 Mbps incoming\/recording\/outgoing and different decoding limits.',sc2s:'Always read the AI-related conditions.',s5boxh:'Design the complete system, not one specification.',s5boxp:'Resolution, bitrate, FPS, decoding, network load, storage and AI capacity must all fit the camera count and required functions.',s6k:'Existing WordPress media',s6t:'Preserve the current images, videos and embeds from the original page.',videoH:'Media preserve zone',videoP:'The target page could not be fully retrieved publicly. During the WordPress merge, preserve all current images, video\/iframe embeds, captions, alt text and functional links exactly. Do not guess an embed or media URL.',mediaSlot:'PLACE THE EXISTING WORDPRESS MEDIA FROM \/ai-by-recorder\/ HERE WITHOUT REPLACING IT',s7k:'Build on this concept',s7t:'AI capacity only makes sense when network, decoding and camera AI are considered too.',k1h:'AI by Camera',k1p:'Compare centralized recorder AI with analysis performed directly inside the camera.',k1go:'Open AI by Camera \u2192',k2h:'Maximum Decoding Capability',k2p:'Learn how many video streams the NVR can actually process simultaneously for display.',k2go:'View decoding \u2192',k3h:'Incoming & Outgoing Bandwidth',k3p:'Understand how much video data enters, is recorded and is sent to clients.',k3go:'View bandwidth \u2192',k4p:'Learn how supported AI results can help find relevant people or vehicles faster.',k4go:'View AcuPick \u2192',k5h:'Technical terms explained',k5p:'Place AI by Recorder alongside channels, bandwidth, decoding and storage.',k5go:'Open the terms \u2192',k6h:'Fort Knox AI recording system',k6p:'Work with a real AI NVR and learn to configure the recorder as a complete system.',k6go:'Open Fort Knox \u2192',k7p:'Place SMD, perimeter and intelligent search within the Dahua AI context.',k7go:'View WizSense \u2192',k8h:'Test it yourself',k8p:'Learn to interpret datasheets and verify functions using real cameras and recorders.',k8go:'Discover Micro-Learning \u2192',ctaK:'CCTV Academy \u00b7 Think in capacity',ctaT:'\u201cAI included\u201d is not a sufficient specification.',ctaP:'Always ask: which analysis, by camera or recorder, on how many simultaneous channels, and with what impact on bandwidth and decoding?',cta1:'Fort Knox training \u2192',cta2:'View learning path'},\n    de:{home:'Startseite',heroEye:'CCTV Academy \u00b7 NVR AI',heroTitle:'Die Kamera sendet Video.<br><em>Der Recorder analysiert.<\/em>',heroLead:'Bei AI by Recorder f\u00fchrt der NVR die intelligente Videoanalyse selbst aus. Die KI ist zentralisiert, die verf\u00fcgbare Kapazit\u00e4t ist jedoch je Funktion und Recorder begrenzt.',heroCta1:'So funktioniert es \u2192',heroCta2:'Technische Begriffe',check1:'Analyse im NVR',check2:'Kapazit\u00e4t je KI-Funktion',check3:'Datenblatt pr\u00fcfen',loadLabel:'funktionsabh\u00e4ngig',nav1:'Funktionsweise',nav2:'KI-Kapazit\u00e4t',nav3:'Kamera vs Recorder',nav4:'Systemwirkung',nav5:'Vorhandene Medien',nav6:'Weiterlernen',s1k:'Was bedeutet AI by Recorder?',s1t:'Die intelligente Analyse erfolgt zentral im Aufzeichnungssystem.',s1p1:'IP-Kameras senden ihren Videostream an den Recorder. Bei AI by Recorder nutzt der NVR seinen eigenen Prozessor, um unterst\u00fctzte Analysen auf diesen eingehenden Streams auszuf\u00fchren.',s1p2:'Das unterscheidet sich von AI by Camera, wo die Kamera die intelligente Analyse lokal ausf\u00fchrt und Ereignisse oder Metadaten an den Recorder sendet.',s1p3:'Die wichtigste Planungsfrage lautet daher nicht nur \u201ehat dieser NVR KI?\u201c, sondern welche Funktion, auf wie vielen gleichzeitigen Kan\u00e4len und unter welchen Systembedingungen?',s1boxh:'Kan\u00e4le \u2260 KI-Kan\u00e4le',s1boxp:'Ein Recorder mit acht Kameraeing\u00e4ngen unterst\u00fctzt nicht automatisch acht gleichzeitige Kan\u00e4le jeder Recorder-KI-Funktion. Pr\u00fcfe die KI-Spezifikationen separat.',s2k:'Technische Kette',s2t:'Vom Videostream zur zentralen KI-Entscheidung.',a1h:'Kamera',a1p:'Die Kamera liefert den Videostream an den NVR.',a2h:'Eingehender Stream',a2p:'Der Recorder empf\u00e4ngt einen oder mehrere Videostreams.',a3h:'NVR-KI-Engine',a3p:'Der Recorder analysiert unterst\u00fctzte Kan\u00e4le mit seinen eigenen KI-Ressourcen.',a4h:'Erkennung',a4p:'Die Analyse erzeugt ein Ereignis, eine Klassifikation oder durchsuchbare Information.',a5h:'Aktion & Suche',a5p:'Das Ergebnis kann gespeichert, gesucht oder mit einer Aktion verkn\u00fcpft werden.',s3k:'Datenblatt lesen',s3t:'Die KI-Kapazit\u00e4t unterscheidet sich je Funktion.',s3intro:'Die folgenden Werte stammen aus dem von CCTV Academy gehosteten Datenblatt des Beispielmodells DHI-NVR5208-8P-EI. Sie sind modellspezifisch und keine allgemeine Dahua-Leistungsgarantie.',l1h:'Perimeter by Recorder',l1p:'Das Beispielmodell nennt vier Recorder-Kan\u00e4le f\u00fcr Perimeteranalyse mit mehreren IVS-Regeln pro Kanal.',l2h:'Face Detection',l2p:'Recorder-seitige Gesichtserkennung wird im selben Datenblatt auf zwei Kan\u00e4len angegeben.',l3h:'SMD Plus',l3p:'F\u00fcr SMD Plus by Recorder nennt das Beispiel acht Kan\u00e4le mit sekund\u00e4rer Filterung von Personen und Kraftfahrzeugen.',l4h:'Keine einzelne KI-Zahl',l4p:'Face Recognition, Perimeter, SMD und andere Analysen k\u00f6nnen jeweils eigene Kapazit\u00e4ten und Bedingungen haben.',modelSpecific:'Beispielmodell \u00b7 Datenblattwert',s3boxh:'Lies nicht nur die gr\u00f6\u00dfte Zahl.',s3boxp:'Kameraeing\u00e4nge, Incoming Bandwidth, Decoding Capability und KI-Kapazit\u00e4t sind getrennte Spezifikationen. Ein gutes Design kombiniert sie.',s4k:'KI-Architektur',s4t:'AI by Camera und AI by Recorder sind zwei verschiedene Orte, an denen Intelligenz laufen kann.',cameraTag:'AI by Camera \u00b7 Edge',cameraH:'Die Analyse erfolgt in der IP-Kamera.',cameraP:'Die Kamera f\u00fchrt unterst\u00fctzte Analysen lokal aus und sendet Ereignisse oder Metadaten an den Recorder.',cameraLi1:'Lokale KI-Ressourcen in der Kamera',cameraLi2:'Funktionen abh\u00e4ngig vom Kameramodell',cameraLi3:'Recorder empf\u00e4ngt Ergebnisse\/Metadaten',recTag:'AI by Recorder \u00b7 Central',recH:'Die Analyse erfolgt im NVR.',recP:'Der Recorder verarbeitet eingehende Videostreams mit seiner eigenen KI-Engine und verf\u00fcgt daher \u00fcber einen begrenzten zentralen Ressourcenpool.',recLi1:'Zentrale KI-Ressourcen im NVR',recLi2:'Kanallimits k\u00f6nnen je Funktion variieren',recLi3:'KI-Last kann andere Systemressourcen beeinflussen',s4boxh:'Nicht nur nach Marketingnamen ausw\u00e4hlen.',s4boxp:'Pr\u00fcfe f\u00fcr jede konkrete Kamera\/NVR-Kombination, welches Ger\u00e4t welche Funktion ausf\u00fchrt und wie viele gleichzeitige Kan\u00e4le tats\u00e4chlich unterst\u00fctzt werden.',s5k:'Systemwirkung',s5t:'KI verbraucht Ressourcen. Deshalb k\u00f6nnen sich andere Limits \u00e4ndern.',s5intro:'Im von der Academy gehosteten Beispieldatenblatt \u00e4ndern sich sowohl Netzwerkbandbreite als auch Decoding Capability, wenn KI aktiv ist. Diese Werte sind modellspezifisch, das Prinzip ist jedoch wichtig.',sc1h:'Beispiel \u00b7 KI aus',sc1p:'Das Datenblatt nennt 384 Mbps incoming\/recording\/outgoing, wenn starke Recorder-KI nicht aktiv ist.',sc1s:'Datenblattbeispiel, kein allgemeiner Wert.',sc2h:'Beispiel \u00b7 KI an',sc2p:'Bei aktivierter KI nennt dasselbe Modell 200 Mbps incoming\/recording\/outgoing und andere Decoding-Limits.',sc2s:'Lies daher immer die Bedingungen zur KI.',s5boxh:'Plane das vollst\u00e4ndige System, nicht eine einzelne Spezifikation.',s5boxp:'Aufl\u00f6sung, Bitrate, FPS, Decoding, Netzwerklast, Speicher und KI-Kapazit\u00e4t m\u00fcssen zur Anzahl Kameras und den gew\u00fcnschten Funktionen passen.',s6k:'Vorhandene WordPress-Medien',s6t:'Bestehende Bilder, Videos und Embeds der Originalseite beibehalten.',videoH:'Media-Preserve-Zone',videoP:'Die Zielseite konnte \u00f6ffentlich nicht vollst\u00e4ndig ausgelesen werden. Bei der WordPress-Zusammenf\u00fchrung m\u00fcssen deshalb alle aktuellen Bilder, Video-\/iframe-Embeds, Captions, Alt-Texte und funktionalen Links exakt \u00fcbernommen werden. Keine Embed- oder Medien-URL erraten.',mediaSlot:'HIER DIE BESTEHENDEN WORDPRESS-MEDIEN VON \/ai-by-recorder\/ EINF\u00dcGEN, OHNE SIE ZU ERSETZEN',s7k:'Auf diesem Begriff aufbauen',s7t:'KI-Kapazit\u00e4t wird erst verst\u00e4ndlich, wenn Netzwerk, Decoding und Kamera-KI mit betrachtet werden.',k1h:'AI by Camera',k1p:'Vergleiche zentrale Recorder-KI mit Analyse direkt in der Kamera.',k1go:'AI by Camera \u00f6ffnen \u2192',k2h:'Maximum Decoding Capability',k2p:'Lerne, wie viele Videostreams der NVR tats\u00e4chlich gleichzeitig f\u00fcr die Anzeige verarbeiten kann.',k2go:'Decoding ansehen \u2192',k3h:'Incoming & Outgoing Bandwidth',k3p:'Verstehe, wie viele Videodaten ankommen, aufgezeichnet und an Clients gesendet werden.',k3go:'Bandwidth ansehen \u2192',k4p:'Lerne, wie unterst\u00fctzte KI-Ergebnisse helfen, relevante Personen oder Fahrzeuge schneller zu finden.',k4go:'AcuPick ansehen \u2192',k5h:'Technische Begriffe erkl\u00e4rt',k5p:'Ordne AI by Recorder neben Kan\u00e4len, Bandwidth, Decoding und Speicher ein.',k5go:'Begriffe \u00f6ffnen \u2192',k6h:'Fort Knox KI-Aufnahmesystem',k6p:'Arbeite mit einem echten KI-NVR und lerne den Recorder als Gesamtsystem zu konfigurieren.',k6go:'Fort Knox \u00f6ffnen \u2192',k7p:'Ordne SMD, Perimeter und intelligente Suche in den Dahua-AI-Kontext ein.',k7go:'WizSense ansehen \u2192',k8h:'Selbst testen',k8p:'Lerne Datenbl\u00e4tter interpretieren und pr\u00fcfe Funktionen mit echten Kameras und Recordern.',k8go:'Micro-Learning entdecken \u2192',ctaK:'CCTV Academy \u00b7 In Kapazit\u00e4t denken',ctaT:'\u201eKI vorhanden\u201c ist keine ausreichende Spezifikation.',ctaP:'Frage immer: welche Analyse, durch Kamera oder Recorder, auf wie vielen gleichzeitigen Kan\u00e4len und mit welchem Einfluss auf Bandwidth und Decoding?',cta1:'Fort Knox Schulung \u2192',cta2:'Ausbildungspfad ansehen'}\n  };\n  function getLang(){var q=new URLSearchParams(location.search).get('lang');if(c[q])return q;var 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Bij AI by Recorder voert de NVR zelf intelligente videoanalyse uit. Dat centraliseert AI, maar de beschikbare AI-capaciteit is per functie en per recorder beperkt. Zo werkt het \u2192Technische termenAnalyse in de NVRCapaciteit per AI-functieDatasheet [&hellip;]<\/p>\n","protected":false},"author":1,"featured_media":0,"comment_status":"closed","ping_status":"closed","sticky":false,"template":"elementor_canvas","format":"standard","meta":{"_acf_changed":false,"zakra_page_container_layout":"customizer","zakra_page_sidebar_layout":"customizer","zakra_remove_content_margin":false,"zakra_sidebar":"customizer","zakra_transparent_header":"customizer","zakra_logo":0,"zakra_main_header_style":"default","zakra_menu_item_color":"","zakra_menu_item_hover_color":"","zakra_menu_item_active_color":"","zakra_menu_active_style":"","zakra_page_header":true,"_jetpack_newsletter_access":"","_jetpack_dont_email_post_to_subs":false,"_jetpack_newsletter_tier_id":0,"_jetpack_memberships_contains_paywalled_content":false,"_glsr_average":0,"_glsr_ranking":0,"_glsr_reviews":0,"_jetpack_feature_clip_id":0,"_jetpack_memberships_contains_paid_content":false,"footnotes":"","jetpack_publicize_message":"","jetpack_publicize_feature_enabled":true,"jetpack_social_post_already_shared":true,"jetpack_social_options":{"image_generator_settings":{"template":"highway","default_image_id":0,"font":"","enabled":false},"version":2},"jetpack_post_was_ever_published":false},"categories":[121],"tags":[25,71,73],"class_list":["post-12110","post","type-post","status-publish","format-standard","hentry","category-cctv-micro-learning","tag-camerabewaking","tag-merk-dahua","tag-opleiding"],"acf":[],"nelio_content":{"autoShareEndMode":"never","automationSources":{"useCustomSentences":false,"customSentences":[]},"efiAlt":"","efiUrl":"","followers":[1],"highlights":[],"isAutoShareEnabled":true,"networkImageIds":[],"permalinkQueryArgs":[],"series":[],"suggestedReferences":[]},"yoast_head":"<!-- This site is optimized with the Yoast SEO plugin v27.8 - https:\/\/yoast.com\/product\/yoast-seo-wordpress\/ -->\n<title>AI BY RECORDER - RAS\/AIS CCTV Academy<\/title>\n<meta name=\"robots\" content=\"index, follow, max-snippet:-1, max-image-preview:large, max-video-preview:-1\" \/>\n<link rel=\"canonical\" href=\"https:\/\/cctvacademy.be\/nl\/ai-by-recorder\/\" \/>\n<meta property=\"og:locale\" content=\"nl_BE\" \/>\n<meta property=\"og:type\" content=\"article\" \/>\n<meta property=\"og:title\" content=\"AI BY RECORDER - RAS\/AIS CCTV Academy\" \/>\n<meta property=\"og:description\" content=\"CCTV Academy \u00b7 AI by Recorder \u00b7 v1.0 STAGINGHomeNLFRENDE CCTV Academy \u00b7 NVR AI De camera stuurt video.De recorder analyseert. 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