Order of Magnitude integrated perception and in¥•$✘telligent system innovation Center is☆¶'δ a research attribute institution thatφ♦© promotes Order of Magnitude to constantly wa‌§♠©lk in the forefront of scientific and technologicβ‍₹ al innovation. Based on the order oφ₩∑f magnitude, the Innovation Center maintains φ₹∑♣good interaction and cooperat≠↔♥ion with well-known research institutions at homeβ∞ and abroad, such as Chinese Academy of Scienc←♥αes, Tongji University, B✘¥£∏eijing Institute of Technology, Shangh÷₹ai University, Dalian Maritime Univers£"ity, etc. The innovation center gathers§α‍Ω experienced experts and scholars in the field of×₽& optoelectronics and the backbone of cutting-∞σ£edge core technologies. The core research and de✔α±Ωvelopment team of the Innovation Center has parti&♥¥cipated in the develop®>ment of China's first deep-space soft lan®©∑ding lidar, China's first operational spa€®α≈ceborne Earth observation lidar, Ch€≥>ina's first airborne q®±αuantum lidar, China's first pan→λ♦oramic/detailed survey multi-mode ship-‌≤✘∏borne lidar system, China's fi‍ ±rst airborne sea oil spilage fluo↑"rescence spectrum telemetry system, C♦☆$≈hina's first airborne la☆​βser methane telemetry system, China's first The ¥¥♣≠laser/visible/infrared compos" <ite guidance device for the space att☆ ®"ack and defense application h→™÷as made contributions to advanc→↔ing the laser limit detection, satellite-≈≤ borne three-dimensional mapping•↑ to the earth, precision tracking guidan♠‍ce based on multi-sensor fusion, gas detection a↔∑nd spectral analysis and other technologies. ••♦ In the f©•€uture, the Fusion perception and intell÷‌ igent System Innovation Center will take λΩ"map perception, laser♥↓¥ measurement, fusion intelligence" as i≤'ts professional positio↓≠ning, and continue to climb the p≈∞×≈eak of spectral matter analysis, spatial ™±information percepti←∏on and multi-source fusioλ ♦n intelligent system.

The Fusion Perception and Intelligent ✘★System Innovation Center has deeply cultivatβ←‌ed the core technology base of laser, infrared, s↔¶pectral and artificial iλ↕​ntelligence. It takes the lead in conductin≥♣g active and passive fu→γ>®sion detection and recog✘>nition research of laser, visible Ω✔light, infrared and spectral, etc., an→♥♦d has formed a systematic technology fram×✘£±ework of "fusion information perc∏®♣eption + intelligent hardwδ↓are and software integrated system" based on sp‌©≠←atial information perception, mas©®s spectrometry analysis a‍α >nd deep learning. The whole industry ch©π™↔ain supporting capabi$∏lity of sensors, intelligent proces•☆σsing and security applications  ♣↔has been established.

The technological change in t∏$£♣he field of photoelectri£♠'c detection is accelerat₩ "‌ing, and new technologies are e☆←merging constantly. Breakthroughs in new photoele≠≠βγctric devices, advanced algorithms an₽<₽>d optical fusion innovation are two repres€δ₩entative directions. In r•εαecent years, a number of new photodetector tec×$hnologies such as single-photon limit det£©©ection, SPAD array devices, imagin•€σ©g chips or spectral chips based on metasurfa ∑↓ce and hyperlens, and MEMS-FPI spectral chips ar↔®™&e gradually mature, which are the cornerstone ★ of multi-dimensional fusion sensing, refinemσ​>§ent, miniaturization> ≠ and low power consumption of♠​∑> optical sensors in the future. Com∑∞§putational optics, AI-based intelligenδ♥t vision, and vision-based navigation a•↕÷nd positioning are su✘↓ccessful examples of"ε♣ software algorithm-assisted exploration of •¥the potential of optical♦γφ sensors. The Fusion₹↓¥↓ Sensing and Intelligent Systems Innovatα≤ion Center will be par↕ ¥t of the technological revolution to devel™>‍op the next generation of ♥γnew optoelectronic sensors for security a$♥​♥nd emergency response.

An order of magnitude integrated perception and→β© intelligent system innovation  ♥✘↓center is oriented towards large saf÷™&σety and emergency, and takes "industr≈♣×←y-university-research and appl↑♣∏¥ication" collaborative innovation as its γ₩©∞guiding ideology. Continu→↓>ously strengthen the in-dept$¥∞±h cooperation and inn↑$ovation with well-known  →<÷scientific research institutions and user unitγ÷s at home and abroad, and has ach✘​ieved a number of representative results：

●Cooperate with the Shanghai Fire Station of th←★e Emergency Department and other units to carry  ☆↕out scientific research co§​operation on the early accurate monitoring n∏β♣etwork of oversized  ≠λcity gas fires

●China Classification ¥✘Society, Dalian Maritime >★>University and other units to ‌×$carry out water traffic safety and smart♠γ∞₽ port research cooperation/p>

●Scientific research cooperatו✘ion on train running safety environment m✔αonitoring and prevention system was carried£∞σ out with the Number Group and other un$δits