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rdfs:label: Лідар Lidar Lidar Lidar Lidar Lidar LIDAR Lidaro LIDAR LIDAR Lidar ليدار 라이다 LIDAR 光学雷达 LIDAR Lidar Lidar Лидар Light detection and ranging LIDAR
rdfs:comment: Light detection and ranging, lidar (även ljusradar, laserradar, laser mapping, LADAR, LIDAR, LiDAR), är ett optiskt mätinstrument som mäter egenskaper hos reflekterat ljus för att finna avståndet till och/eller andra egenskaper hos ett avlägset föremål. Exempel på vardagliga applikationer är optiska avståndsmätare i byggindustri och trafikhastighetsövervakning. Lidar används även för att göra avstånds- och koncentrationsmätningar av till exempel aerosoler eller gaser, exempelvis ozon. Ordet är bildat som ett teleskopord från ”light” och ”radar”. LIDAR (LIght Detection And Ranging of Laser Imaging Detection And Ranging) of LiDAR is een technologie die de afstand tot een object of oppervlak bepaalt door middel van het gebruik van laserpulsen. Lidar werkt volgens hetzelfde principe als radar: een signaal wordt uitgezonden en zal enige tijd later door reflectie weer worden opgevangen. De afstand tot het object of oppervlak wordt bepaald door de tijd te meten die verstrijkt tussen het uitzenden van een puls en het opvangen van een reflectie van die puls. Het verschil tussen lidar en radar is dat lidar gebruikmaakt van laserlicht terwijl radar gebruikmaakt van radiogolven. La télédétection par laser ou lidar, acronyme de l'expression en langue anglaise « light detection and ranging » ou « laser imaging detection and ranging » (soit en français « détection et estimation de la distance par la lumière » ou « par laser »), est une technique de mesure à distance fondée sur l'analyse des propriétés d'un faisceau de lumière renvoyé vers son émetteur. LIDAR de l'anglès (Light Detection and Ranging) és una tecnologia òptica de teledetecció que mesura la distància des d'un punt emissor a qualsevol objecte o superfície mitjançant l'ús d'un làser. El sistema és molt semblant al radar (Radio Detection and Ranging) o al sonar (Sound Navigation and Ranging), però en lloc d'utilitzar l'emissió d'ones de ràdio o de so es fa servir llum. Altres termes que contenen la tecnologia LIDAR són i l'altimetria làser. L'acrònim LADAR (Laser Detection and Ranging) és molt utilitzat en contextos militars. Els components d'un sensor LIDAR són: LIDAR (ingelesez: Laser Imaging Detection and Ranging) laser bidez objektuak antzemateko eta neurtzeko sistema da. Arkeologian oso baliagarria da bereziki landarediak estaltzen dituen eremuak aztertzeko. LIDAR (acronimo dall'inglese Light Detection and Ranging o Laser Imaging Detection and Ranging) è una tecnica di telerilevamento che permette di determinare la distanza di un oggetto o di una superficie utilizzando un impulso laser, ma è anche in grado di determinare la concentrazione di specie chimiche nell'atmosfera e nelle distese d'acqua. الليدار أو اللادار هو تحديد المدى عن طريق الضوء أو الليزر، وهي تكنولوجيا استشعار عن بعد مرئية باستخدام نبضات من الضوء، عادة ما تكون أشعة ليزر ويتم عن طريقها حساب المسافات أو خصائص الأهداف المرصودة. بالإنجليزية (Light Detection And Ranging). أحيانا يتم استخدام المصطلح LADAR وهو يعنى رادار ليزر أو Laser Radar مع أن هذه التقنية لا تستخدم موجات الراديو أو موجات المايكروويف ولذلك فهى لا تعتبر رادار بمعنى الكلمة. Lidar (Abkürzung für englisch Light detection and ranging oder Light imaging, detection and ranging), auch Ladar (Light amplification by Stimulated Emission of Radiation detection and ranging), ist eine dem Radar verwandte Methode zur optischen Abstands- und Geschwindigkeitsmessung sowie zur Fernmessung atmosphärischer Parameter. Es ist eine Form des dreidimensionalen Laserscanning. Statt der Radiowellen wie beim Radar werden Laserstrahlen verwendet. Lidar wird zur Erstellung hochauflösender Landkarten mit Anwendungen in den Bereichen Vermessung, Geodäsie, Geomatik, Archäologie, Geographie, Geologie, Geomorphologie, Seismologie, Meteorologie, Forstwirtschaft und Airborne Laserscanning verwendet. Die Technologie wird auch in der Steuerung und Navigation autonomer Fahrzeuge verwendet. Lidar (/ˈlaɪdɑːr/, also LIDAR, or LiDAR; sometimes LADAR) is a method for determining ranges (variable distance) by targeting an object or a surface with a laser and measuring the time for the reflected light to return to the receiver. It can also be used to make digital 3-D representations of areas on the Earth's surface and ocean bottom of the intertidal and near coastal zone by varying the wavelength of light. It has terrestrial, airborne, and mobile applications. 라이다(LIDAR/LiDAR, light detection and ranging" 또는 "laser imaging, detection, and ranging"의 약자))는 레이저 펄스를 쏘고 반사되어 돌아오는 시간을 측정하여 반사체의 위치좌표를 측정하는 레이다 시스템이다. 항공 또는 위성탑재되어 지형측량에 사용되며 스피드 건, 자율이동로봇, 자율주행 자동차 등에도 활용되는데 이 시스템이 각광받고 있다. 미국의 상장사인 벨로다인과 루미나 테크놀로지의 차량용 라이다 개발이 가장 앞선 것으로 알려져 있다. Лида́р (транслитерация LIDAR или LiDAR — англ. Light Detection and Ranging «обнаружение и определение дальности с помощью света») — технология измерения расстояний путем излучения света (лазер) и замера времени возвращения этого отражённого света на приёмник. Лидар как прибор представляет собой, как минимум, активный дальномер оптического диапазона. Лідар (транслітерація LIDAR англ. Light Identification, Detection and Ranging) — технологія отримання та обробки інформації про віддалені об'єкти за допомогою активних оптичних систем, що використовують явища відбиття світла і його розсіювання в прозорих і напівпрозорих середовищах. Lidar (estilizado como LIDAR ou LiDAR; do acrônimo inglês "light detection and ranging"; alternativamente LADAR) é uma tecnologia óptica de deteção remota que mede propriedades da luz reflectida de modo a obter a distância e/ou outra informação a respeito um determinado objecto distante. O método mais utilizado para determinar a distância a um objecto é a utilização de laser pulsado. A distância a um objecto é determinada medindo a diferença de tempo entre a emissão de um pulso laser e a detecção do sinal reflectido, de forma semelhante à tecnologia do radar, que utiliza ondas de rádio. A tecnologia LIDAR é aplicada no âmbito da geodesia, arqueologia, geografia, geologia, geomorfologia, sismologia, engenharia florestal, oceanografia costeira, detecção remota e física da atmosfera. O acrôni Η τεχνική LIDAR (LIght Detection And Ranging) βασίζεται στην εκπομπή παλμικής ακτινοβολίας λέιζερ στην ατμόσφαιρα και ακολούθως, στην καταγραφή της οπισθοσκεδαζόμενης ακτινοβολίας λέιζερ. Η ατμόσφαιρα αποτελούμενη από άτομα, μόρια, αιωρούμενα σωματίδια (αερολύματα), κλπ. προκαλεί εξασθένηση της διερχόμενης ακτινοβολίας λέιζερ. Η σκεδαζόμενη ακτινοβολία συλλέγεται από ένα οπτικό τηλεσκόπιο και οδηγείται στο σύστημα λήψης και καταγραφής των σημάτων LIDAR. Η τεχνική LIDAR, αναλύοντας τα οπισθοσκεδαζόμενα σήματα που προέρχονται από την αλληλεπίδραση των συστατικών της ατμόσφαιρας με την ακτινοβολία λέιζερ, είναι ικανή να καθορίσει την κατακόρυφη κατανομή των κυριότερων ρύπων και συστατικών της ατμόσφαιρας με μεγάλη χωρική (~3-7 m) και χρονική ακρίβεια (από 10-30 s έως μερικά min.). Lidar (od angielskiego akronimu LIDAR, utworzonego od wyrażenia: Light Detection and Ranging) – metoda pomiaru odległości poprzez oświetlanie celu światłem laserowym i pomiar odbicia za pomocą czujnika. Różnice w czasie powrotu wiązki lasera oraz zmiana długości fali mogą być następnie wykorzystane do tworzenia trójwymiarowego modelu. Ma zastosowania naziemne, lotnicze i mobilne. LIDAR（ライダー）（英語：Light Detection and Ranging、Laser Imaging Detection and Ranging）Lidar あるいは LiDAR とも表記される。「光検出と測距」ないし「レーザー画像検出と測距」）は、光を用いたリモートセンシング技術の一つで、パルス状に発光するレーザー照射に対する散乱光を測定し、遠距離にある対象までの距離やその対象の性質を分析するものである。日本語ではライダー、ライダとカタカナ書きされることも多い。軍事領域ではしばしばアクロニム LADAR (Laser Detection and Ranging) が用いられる。この技法はレーダー（Radar、Radio Detecting and Ranging、電波探知測距）に類似しており、レーダーの電波を光に置き換えたものである。対象までの距離は、発光後反射光を受光するまでの時間の差で求まる。そのため、レーザーレーダー (Laser radar) の語が用いられることもある。ライダーは地質学、地震学、リモートセンシング、大気物理学で用いられる。近年は自動運転車用センサーとしても注目されている。 LIDAR (Light Detection and Ranging) adalah sebuah teknologi peraba jarak jauh optik yang mengukur properti cahaya yang tersebar untuk menemukan jarak dan/atau informasi lain dari target yang jauh. Metode untuk menentukan jarak menuju objek atau permukaan adalah dengan menggunakan pulsa laser. Seperti teknologi radar, yang menggunakan gelombang radio daripada cahaya, jarak menuju objek ditentukan dengan mengukur selang waktu antara transmisi pulsa dan deteksi sinyal yang dipancarkan. Teknologi LIDAR memiliki aplikasi dalam bidang geodesi, arkeologi, geografi, geologi, geomorfologi, seismologi, dan . Sebutan lain untuk LIDAR adalah ALSM (Airborne Laser Swath Mapping) dan altimetri laser. Akronim LADAR (Laser Detection and Ranging) sering digunakan dalam konteks militer. Sebutan radar laser 光学雷达，或稱光達或雷射雷達（英語：lidar, LIDAR, LiDAR，是英文“light detection and ranging”的缩写），是一种光学遥感技术，它通过向目标照射一束光，通常是一束脉冲激光来测量目标的距离等参数。激光雷达在测绘学、考古学、地理学、地貌、地震、林业、遥感以及大气物理等领域都有应用此外，这项技术还用于机载激光地图测绘、激光测高、激光雷达等高线绘制等等具体应用中。光學雷達对物体距离的测量与通常所说的雷达类似，都是通过测量发送和接受到的脉冲信号时间间隔来计算物体的距离。因此，由于原理上的相似性，尽管雷达的准确定义是使用微波或无线电波等波长较长的电磁波进行检测测距的设备，光學雷達这一术语仍然被广泛使用。依据搭载平台不同, 激光雷达可以分为(spaceborne lidar)、(airbornelaser scanner, ALS)、(drone laser scanner, DLS)、(vehicle-mounted laser scanner, VLS)和 (terrestrial laser scanner, TLS)。 La lidaro estas instrumento por mezuri distancon al fora objekto per lasero. LIDAR (Light Detection And Ranging, také LADAR) je metoda dálkového měření vzdálenosti na základě výpočtu doby šíření pulsu laserového paprsku odraženého od snímaného objektu. Obvykle se využívá spektra 1064–1540 nm, pro batymetrická měření cca 530 nm. LIDAR lze použít pro měření vzdálenosti, mapování terénu, měření vlastností atmosférických jevů aj. Výsledkem mapování je mračno bodů, které se po zpracování může interpolovat do podoby digitálního modelu povrchu či 3D modelů budov a jiných objektů. Po aplikaci filtrů je možné z mračna bodů získat digitální model terénu. Dělení: Un lídar o lidar (acrónimo del inglés LiDAR, Light Detection and Ranging o Laser Imaging Detection and Ranging) es un dispositivo que permite determinar la distancia desde un emisor láser a un objeto o superficie utilizando un haz láser pulsado. La distancia al objeto se determina midiendo el tiempo de retraso entre la emisión del pulso y su detección a través de la señal reflejada. En general, la tecnología lídar tiene aplicaciones en geología, sismología y física de la atmósfera. También se investiga su uso en vehículos, especialmente los autónomos.
rdfs:seeAlso: dbr:Lidar_speed_gun
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dbp:caption: An airplane collecting treetop data over a Brazilian rainforest Animation of a satellite collecting digital elevation map data over the Ganges and Brahmaputra River basin using lidar Basic time-of-flight principles applied to laser range-finding Flying over the Brazilian Amazon with a LIDAR instrument In this view, the viewer flies down to the rainforest canopy and flies through the virtual leaves.
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dbp:footer: This visualization shows an airplane collecting a 50-kilometer swath of lidar data over the Brazilian rainforest. For ground-level features, colors range from deep brown to tan. Vegetation heights are depicted in shades of green, where dark greens are closest to the ground and light greens are the highest.
dbp:image: Amazon Canopy Comes to Life through Laser Data.webm Collecting LIDAR data over the Ganges and Brahmaputra River Basin.ogg 50 Flying Through LIDAR Canopy Data.webm 20200501
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dbo:abstract: LIDAR de l'anglès (Light Detection and Ranging) és una tecnologia òptica de teledetecció que mesura la distància des d'un punt emissor a qualsevol objecte o superfície mitjançant l'ús d'un làser. El sistema és molt semblant al radar (Radio Detection and Ranging) o al sonar (Sound Navigation and Ranging), però en lloc d'utilitzar l'emissió d'ones de ràdio o de so es fa servir llum. Altres termes que contenen la tecnologia LIDAR són i l'altimetria làser. L'acrònim LADAR (Laser Detection and Ranging) és molt utilitzat en contextos militars. El LIDAR (Light Detection And Ranging) és un sistema que permet obtenir un núvol de punts del terreny prenent-los mitjançant un escàner làser aerotransportat (ALS). Per realitzar aquest escanejat es combinen dos moviments: un longitudinal donat per la trajectòria de l'avió i un altre transversal mitjançant un mirall mòbil que desvia el feix de llum làser emès per l'escàner. Els components d'un sensor LIDAR són: * Emissor o emissors de llum. * Òptica per a condicionar el pols de llum emès. * Mirall o miralls rotatius per a dirigir el o els feixos de llum en diferents direccions. * Codificadors (Encoders) per a saber l'orientació del o dels miralls interns. * Òptica per a condicionar els retorns rebuts. * Fotodetector per a detectar els retorns rebuts i mesurar la seva intensitat. Per tal de georeferenciar les lectures i per a corregir possibles inclinacions, els sistemes LIDAR solen utilitzar-se conjuntament amb sistemes de posicionament GNSS (Global Navigation Satellite Systems) i amb sistemes IMU (Inertial Measurement Unit) o INS (Inertial Navigation System). El sistema resultant s'anomena escàner làser o escàner LIDAR. Amb la integració de les dades d'aquestes sistemes i amb els algorismes corresponents és possible generar núvols de punts bidimensionals o tridimensionals que representin les escenes capturades. Per conèixer les coordenades del núvol de punts es necessita la posició del sensor i l'angle del mirall en cada moment. També és possible fusionar imatges obtingudes amb càmeres digitals RGB amb les dades dels sistemes LIDAR per tal d'obtenir núvols de punts amb dades de color associades a cada punt. Les mesures obtingudes per tots els components es prenen amb una mateixa etiqueta de temps (timestamp), per exemple a partir del sistema GNSS, per tal que es puguin sincronitzar correctament. Un sensor LIDAR senzill proporciona la següent informació en cada mesura: * Angle i distància de cada feix de llum emès. * Intensitat de cada retorn. La télédétection par laser ou lidar, acronyme de l'expression en langue anglaise « light detection and ranging » ou « laser imaging detection and ranging » (soit en français « détection et estimation de la distance par la lumière » ou « par laser »), est une technique de mesure à distance fondée sur l'analyse des propriétés d'un faisceau de lumière renvoyé vers son émetteur. À la différence du radar qui emploie des ondes radio ou du sonar qui utilise des ondes acoustiques, le lidar utilise de la lumière (du spectre visible, infrarouge ou ultraviolet). Celle-ci est quasiment toujours issue d’un laser, et donc cohérente. Le principe de la télémétrie (détermination de la distance d’un objet), qui concerne une grande partie des applications du lidar, requiert généralement l’utilisation d’un laser impulsionnel. La distance est donnée par la mesure du délai entre l’émission d’une impulsion et la détection d’une impulsion réfléchie, connaissant la vitesse de la lumière. Une autre classe d’applications exploitant la mesure de vitesse emploie un laser à spectre d’émission fin (une fréquence bien déterminée), conjugué à l'effet Doppler-Fizeau, soit le décalage de la fréquence de l’onde réfléchie et reçue, qui permet alors de déterminer la vitesse de l’objet. Dans l’atmosphère et les autres milieux diffus, beaucoup d’autres paramètres (concentrations de gaz et de particules spécifiques, densité, température…) peuvent être mesurés si l’on sait isoler l’effet des différentes interactions entre la lumière et la matière le long du faisceau laser. Le lidar, instrument incontournable de télédétection active, trouve ses applications en topographie (géomorphologie, altimétrie et bathymétrie), géosciences (risque sismique, météorologie, physique de l’atmosphère) et sciences de l’environnement (étude de la pollution atmosphérique, agronomie & sylviculture), mais aussi dans l’archéologie, la prospection éolienne, la régulation du trafic aérien, le guidage automatique de véhicules terrestres ou spatiaux, ou encore la sécurité routière ou la défense. Lidar (/ˈlaɪdɑːr/, also LIDAR, or LiDAR; sometimes LADAR) is a method for determining ranges (variable distance) by targeting an object or a surface with a laser and measuring the time for the reflected light to return to the receiver. It can also be used to make digital 3-D representations of areas on the Earth's surface and ocean bottom of the intertidal and near coastal zone by varying the wavelength of light. It has terrestrial, airborne, and mobile applications. Lidar is an acronym of "light detection and ranging" or "laser imaging, detection, and ranging". It is sometimes called 3-D laser scanning, a special combination of 3-D scanning and laser scanning. Lidar is commonly used to make high-resolution maps, with applications in surveying, geodesy, geomatics, archaeology, geography, geology, geomorphology, seismology, forestry, atmospheric physics, laser guidance, airborne laser swath mapping (ALSM), and laser altimetry. It is also used in control and navigation for some autonomous cars and for the helicopter Ingenuity on its record-setting flights over the terrain of Mars. Light detection and ranging, lidar (även ljusradar, laserradar, laser mapping, LADAR, LIDAR, LiDAR), är ett optiskt mätinstrument som mäter egenskaper hos reflekterat ljus för att finna avståndet till och/eller andra egenskaper hos ett avlägset föremål. Exempel på vardagliga applikationer är optiska avståndsmätare i byggindustri och trafikhastighetsövervakning. Lidar används även för att göra avstånds- och koncentrationsmätningar av till exempel aerosoler eller gaser, exempelvis ozon. Ordet är bildat som ett teleskopord från ”light” och ”radar”. LIDAR (Light Detection And Ranging, také LADAR) je metoda dálkového měření vzdálenosti na základě výpočtu doby šíření pulsu laserového paprsku odraženého od snímaného objektu. Obvykle se využívá spektra 1064–1540 nm, pro batymetrická měření cca 530 nm. LIDAR lze použít pro měření vzdálenosti, mapování terénu, měření vlastností atmosférických jevů aj. Výsledkem mapování je mračno bodů, které se po zpracování může interpolovat do podoby digitálního modelu povrchu či 3D modelů budov a jiných objektů. Po aplikaci filtrů je možné z mračna bodů získat digitální model terénu. Dělení: * pozemní * letecký 光学雷达，或稱光達或雷射雷達（英語：lidar, LIDAR, LiDAR，是英文“light detection and ranging”的缩写），是一种光学遥感技术，它通过向目标照射一束光，通常是一束脉冲激光来测量目标的距离等参数。激光雷达在测绘学、考古学、地理学、地貌、地震、林业、遥感以及大气物理等领域都有应用此外，这项技术还用于机载激光地图测绘、激光测高、激光雷达等高线绘制等等具体应用中。光學雷達对物体距离的测量与通常所说的雷达类似，都是通过测量发送和接受到的脉冲信号时间间隔来计算物体的距离。因此，由于原理上的相似性，尽管雷达的准确定义是使用微波或无线电波等波长较长的电磁波进行检测测距的设备，光學雷達这一术语仍然被广泛使用。依据搭载平台不同, 激光雷达可以分为(spaceborne lidar)、(airbornelaser scanner, ALS)、(drone laser scanner, DLS)、(vehicle-mounted laser scanner, VLS)和 (terrestrial laser scanner, TLS)。 Лида́р (транслитерация LIDAR или LiDAR — англ. Light Detection and Ranging «обнаружение и определение дальности с помощью света») — технология измерения расстояний путем излучения света (лазер) и замера времени возвращения этого отражённого света на приёмник. Лидар как прибор представляет собой, как минимум, активный дальномер оптического диапазона. * Сканирующие лидары в системах машинного зрения формируют двумерную или трёхмерную картину окружающего пространства. * «Атмосферные» лидары способны не только определять расстояния до непрозрачных отражающих целей, но и анализировать свойства прозрачной среды, рассеивающей и поглощающей свет. * Разновидностью атмосферных лидаров являются доплеровские лидары, определяющие направление и скорость перемещения воздушных потоков в различных слоях атмосферы. Устоявшийся перевод LIDAR как «лазерный радар» не вполне корректен, так как в системах ближнего радиуса действия (например, предназначенных для работы в помещениях), главные свойства лазера: когерентность, высокие плотность и мгновенная мощность излучения — не востребованы; излучателями света в таких системах могут служить обычные светодиоды. Однако в основных сферах применения технологии (метеорология, геодезия и картография) с радиусами действия от сотен метров до сотен километров используются только лазеры. LIDAR (LIght Detection And Ranging of Laser Imaging Detection And Ranging) of LiDAR is een technologie die de afstand tot een object of oppervlak bepaalt door middel van het gebruik van laserpulsen. Lidar werkt volgens hetzelfde principe als radar: een signaal wordt uitgezonden en zal enige tijd later door reflectie weer worden opgevangen. De afstand tot het object of oppervlak wordt bepaald door de tijd te meten die verstrijkt tussen het uitzenden van een puls en het opvangen van een reflectie van die puls. Het verschil tussen lidar en radar is dat lidar gebruikmaakt van laserlicht terwijl radar gebruikmaakt van radiogolven. Hierdoor kunnen met lidar veel kleinere objecten worden gedetecteerd dan met radar. De golflengte van radiogolven ligt rond de 1 cm, die van laserlicht tussen de 10 µm en 250 nm. Bij deze golflengte zullen de golven beter door kleine objecten worden gereflecteerd. Het acronym LADAR voor LAser Detection And Ranging wordt voornamelijk voor militaire toepassingen gebruikt. Laser radar wordt ook wel gebruikt maar is een stuk minder gebruikelijk. La lidaro estas instrumento por mezuri distancon al fora objekto per lasero. LIDAR (Light Detection and Ranging) adalah sebuah teknologi peraba jarak jauh optik yang mengukur properti cahaya yang tersebar untuk menemukan jarak dan/atau informasi lain dari target yang jauh. Metode untuk menentukan jarak menuju objek atau permukaan adalah dengan menggunakan pulsa laser. Seperti teknologi radar, yang menggunakan gelombang radio daripada cahaya, jarak menuju objek ditentukan dengan mengukur selang waktu antara transmisi pulsa dan deteksi sinyal yang dipancarkan. Teknologi LIDAR memiliki aplikasi dalam bidang geodesi, arkeologi, geografi, geologi, geomorfologi, seismologi, dan . Sebutan lain untuk LIDAR adalah ALSM (Airborne Laser Swath Mapping) dan altimetri laser. Akronim LADAR (Laser Detection and Ranging) sering digunakan dalam konteks militer. Sebutan radar laser juga digunakan tetapi tidak berhubungan karena menggunakan cahaya laser dan bukan gelombang radio yang merupakan dasar dari radar konvensional. Diarsipkan 2021-01-25 di Wayback Machine. LIDAR (acronimo dall'inglese Light Detection and Ranging o Laser Imaging Detection and Ranging) è una tecnica di telerilevamento che permette di determinare la distanza di un oggetto o di una superficie utilizzando un impulso laser, ma è anche in grado di determinare la concentrazione di specie chimiche nell'atmosfera e nelle distese d'acqua. Come per il radar, che al posto della luce utilizza onde radio, la distanza dell'oggetto è determinata misurando il tempo trascorso fra l'emissione dell'impulso e la ricezione del segnale retrodiffuso. La sorgente di un sistema LIDAR è un laser, ovvero un fascio coerente di luce a una precisa lunghezza d'onda, inviato verso il sistema da osservare. La tecnologia Lidar ha applicazioni in geologia, sismologia, archeologia, telerilevamento e fisica dell'atmosfera. Altri termini per questa tecnica sono ALSM (Airborne Laser Swath Mapping) e altimetria laser. L'acronimo LADAR (Laser Detection and Ranging) si usa spesso in ambito militare. Anche il termine radar laser è a volte usato, ma è fuorviante perché la sorgente usata è ottica e non radio, con proprietà e comportamenti differenti. Η τεχνική LIDAR (LIght Detection And Ranging) βασίζεται στην εκπομπή παλμικής ακτινοβολίας λέιζερ στην ατμόσφαιρα και ακολούθως, στην καταγραφή της οπισθοσκεδαζόμενης ακτινοβολίας λέιζερ. Η ατμόσφαιρα αποτελούμενη από άτομα, μόρια, αιωρούμενα σωματίδια (αερολύματα), κλπ. προκαλεί εξασθένηση της διερχόμενης ακτινοβολίας λέιζερ. Η σκεδαζόμενη ακτινοβολία συλλέγεται από ένα οπτικό τηλεσκόπιο και οδηγείται στο σύστημα λήψης και καταγραφής των σημάτων LIDAR. Η τεχνική LIDAR, αναλύοντας τα οπισθοσκεδαζόμενα σήματα που προέρχονται από την αλληλεπίδραση των συστατικών της ατμόσφαιρας με την ακτινοβολία λέιζερ, είναι ικανή να καθορίσει την κατακόρυφη κατανομή των κυριότερων ρύπων και συστατικών της ατμόσφαιρας με μεγάλη χωρική (~3-7 m) και χρονική ακρίβεια (από 10-30 s έως μερικά min.). Πλεονεκτήματα της τεχνικής LIDAR έναντι των συμβατικών τεχνικών μέτρησης ατμοσφαιρικών ρύπων: * Έλλειψη επίδρασης στις μετρήσεις αέριων ρύπων και ατμοσφαιρικών παραμέτρων. Καταλληλότητα σε μετρήσεις «εξ’ αποστάσεως» στην περίπτωση καταγραφής βιομηχανικών εκπομπών (έλεγχος τήρησης περιβαλλοντικών διατάξεων) και εντοπισμού εστιών ρύπανσης (π.χ. εστίες καύσης) σε αστικές και ημιαστικές περιοχές. * Λήψη μετρήσεων και καταγραφής ατμοσφαιρικής ρύπανσης με πολύ μεγάλη χωρική (5-1000 m) και χρονική ακρίβεια (1-10 s). * Μέτρηση σε πολύ μεγάλες αποστάσεις (από μερικά μέτρα έως 100-120 χλμ.). * Μέτρηση σε πραγματικό χρόνο και λήψη μετρήσεων σε 1-2-3 διαστάσεις στο χώρο. * Ικανότητα μέτρησης πολλαπλών ρυπαντών ταυτόχρονα. Η τεχνική LIDAR εφαρμόσθηκε για πρώτη φορά στην Ελλάδα το 1993 στο Εργαστήριο Φυσικής της Ατμόσφαιρας του Αριστοτέλειου Πανεπιστήμιου Θεσσαλονίκης και αργότερα, το 1999 στο Εργαστήριο Ανάπτυξης Λέιζερ και Εφαρμογές τους του Εθνικού Μετσόβιου Πολυτεχνείου από τον Αναπλ. Καθηγητή Αλέξανδρο Παπαγιάννη. Η τεχνική LIDAR στην Ελλάδα χρησιμοποιείται για τη μέτρηση της κατακόρυφης κατανομής των οπτικών ιδιοτήτων των αερολυμάτων, του όζοντος, αλλά και των υδρατμών, των νεφών και της θερμοκρασίας της τροπόσφαιρας. Επιπλέον, χρησιμοποιείται για τη μελέτη της δομής και της χωρο-χρονικής μεταβολής του Ατμοσφαιρικού Οριακού Στρώματος (ΑΟΣ) και την ανίχνευση της εισροής αερολυμάτων (σωματίδια ερημικής σκόνης, καύσης βιομάζας, ηφαιστειακής τέφρας, κλπ.) στον Ελληνικό εναέριο χώρο από το έδαφος έως ύψος 15.000-20.000 μέτρων, πάνω από τη μέση στάθμη της θάλασσας. Lidar (estilizado como LIDAR ou LiDAR; do acrônimo inglês "light detection and ranging"; alternativamente LADAR) é uma tecnologia óptica de deteção remota que mede propriedades da luz reflectida de modo a obter a distância e/ou outra informação a respeito um determinado objecto distante. O método mais utilizado para determinar a distância a um objecto é a utilização de laser pulsado. A distância a um objecto é determinada medindo a diferença de tempo entre a emissão de um pulso laser e a detecção do sinal reflectido, de forma semelhante à tecnologia do radar, que utiliza ondas de rádio. A tecnologia LIDAR é aplicada no âmbito da geodesia, arqueologia, geografia, geologia, geomorfologia, sismologia, engenharia florestal, oceanografia costeira, detecção remota e física da atmosfera. O acrônimo LADAR (da sigla inglesa Laser Detection and Ranging) é utilizado predominantemente em contextos militares. O termo "radar laser" é também usado, no entanto a tecnologia LIDAR não utiliza ondas rádio ou microondas, que definem a tecnologia radar. Em português, também são utilizados os termos sistema de varredura a laser e sistema de perfilamento a laser. Lidar (od angielskiego akronimu LIDAR, utworzonego od wyrażenia: Light Detection and Ranging) – metoda pomiaru odległości poprzez oświetlanie celu światłem laserowym i pomiar odbicia za pomocą czujnika. Różnice w czasie powrotu wiązki lasera oraz zmiana długości fali mogą być następnie wykorzystane do tworzenia trójwymiarowego modelu. Ma zastosowania naziemne, lotnicze i mobilne. Lidar (Abkürzung für englisch Light detection and ranging oder Light imaging, detection and ranging), auch Ladar (Light amplification by Stimulated Emission of Radiation detection and ranging), ist eine dem Radar verwandte Methode zur optischen Abstands- und Geschwindigkeitsmessung sowie zur Fernmessung atmosphärischer Parameter. Es ist eine Form des dreidimensionalen Laserscanning. Statt der Radiowellen wie beim Radar werden Laserstrahlen verwendet. Lidar wird zur Erstellung hochauflösender Landkarten mit Anwendungen in den Bereichen Vermessung, Geodäsie, Geomatik, Archäologie, Geographie, Geologie, Geomorphologie, Seismologie, Meteorologie, Forstwirtschaft und Airborne Laserscanning verwendet. Die Technologie wird auch in der Steuerung und Navigation autonomer Fahrzeuge verwendet. الليدار أو اللادار هو تحديد المدى عن طريق الضوء أو الليزر، وهي تكنولوجيا استشعار عن بعد مرئية باستخدام نبضات من الضوء، عادة ما تكون أشعة ليزر ويتم عن طريقها حساب المسافات أو خصائص الأهداف المرصودة. بالإنجليزية (Light Detection And Ranging). أحيانا يتم استخدام المصطلح LADAR وهو يعنى رادار ليزر أو Laser Radar مع أن هذه التقنية لا تستخدم موجات الراديو أو موجات المايكروويف ولذلك فهى لا تعتبر رادار بمعنى الكلمة. Лідар (транслітерація LIDAR англ. Light Identification, Detection and Ranging) — технологія отримання та обробки інформації про віддалені об'єкти за допомогою активних оптичних систем, що використовують явища відбиття світла і його розсіювання в прозорих і напівпрозорих середовищах. Лідар як прилад являє собою, як мінімум, активний далекомір оптичного діапазону. Скануючі лідари в системах машинного зору формують двовимірну або тривимірну картину навколишнього простору. «Атмосферні» лідари здатні не тільки визначати відстані до непрозорих цілей, що відбивають світло, а й аналізувати властивості прозорого середовища, що розсіює світло. Різновидом атмосферних лідарів є доплерівські лідари, що визначають напрямок і швидкість переміщення повітряних потоків в різних шарах атмосфери. Усталений переклад LIDAR як «лазерний радар» не цілком коректний, тому що в системах ближнього радіуса дії (наприклад, призначених для роботи в приміщеннях), головні властивості лазера: когерентність, висока щільність і миттєва потужність випромінювання — не затребувані, випромінювачами світла в таких системах можуть служити звичайні світлодіоди. Однак, в основних сферах застосування технології (дослідження атмосфери, геодезія та картографія) з радіусами дії від сотень метрів до сотень кілометрів, застосування лазерів неминуче. LIDAR (ingelesez: Laser Imaging Detection and Ranging) laser bidez objektuak antzemateko eta neurtzeko sistema da. Arkeologian oso baliagarria da bereziki landarediak estaltzen dituen eremuak aztertzeko. 라이다(LIDAR/LiDAR, light detection and ranging" 또는 "laser imaging, detection, and ranging"의 약자))는 레이저 펄스를 쏘고 반사되어 돌아오는 시간을 측정하여 반사체의 위치좌표를 측정하는 레이다 시스템이다. 항공 또는 위성탑재되어 지형측량에 사용되며 스피드 건, 자율이동로봇, 자율주행 자동차 등에도 활용되는데 이 시스템이 각광받고 있다. 미국의 상장사인 벨로다인과 루미나 테크놀로지의 차량용 라이다 개발이 가장 앞선 것으로 알려져 있다. Un lídar o lidar (acrónimo del inglés LiDAR, Light Detection and Ranging o Laser Imaging Detection and Ranging) es un dispositivo que permite determinar la distancia desde un emisor láser a un objeto o superficie utilizando un haz láser pulsado. La distancia al objeto se determina midiendo el tiempo de retraso entre la emisión del pulso y su detección a través de la señal reflejada. En general, la tecnología lídar tiene aplicaciones en geología, sismología y física de la atmósfera. También se investiga su uso en vehículos, especialmente los autónomos. LIDAR（ライダー）（英語：Light Detection and Ranging、Laser Imaging Detection and Ranging）Lidar あるいは LiDAR とも表記される。「光検出と測距」ないし「レーザー画像検出と測距」）は、光を用いたリモートセンシング技術の一つで、パルス状に発光するレーザー照射に対する散乱光を測定し、遠距離にある対象までの距離やその対象の性質を分析するものである。日本語ではライダー、ライダとカタカナ書きされることも多い。軍事領域ではしばしばアクロニム LADAR (Laser Detection and Ranging) が用いられる。この技法はレーダー（Radar、Radio Detecting and Ranging、電波探知測距）に類似しており、レーダーの電波を光に置き換えたものである。対象までの距離は、発光後反射光を受光するまでの時間の差で求まる。そのため、レーザーレーダー (Laser radar) の語が用いられることもある。ライダーは地質学、地震学、リモートセンシング、大気物理学で用いられる。近年は自動運転車用センサーとしても注目されている。なお、民間利用としてはApple社の製品であるiPhone12やiPadのPro以上の機種に搭載されており、「ナイトモード時の対象物測距」や「3Dスキャン」機能等もこの技術を用いて実現されている。
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Subject Item: wikipedia-en:Lidar
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