kèo nhà cái bet88 bet88 nhà cái CDK
2019.05.21
- Bài viết
- Cột
Camera giám sát, kính thông minh, gương điện tử, camera giám sát, sinh trắc học, điện thoại thông minh, camera gắn trên ô tô và thị giác máy . , để nhận dạng hình ảnh. Tuy nhiên, sự kết hợp giữa camera và AI đặt ra những thách thức công nghệ mới. Hiện tại, nhận dạng hình ảnh AI thường gặp khó khăn vì sự khác biệt giữa các mô-đun kèo nhà cái bet88. đang giải quyết vấn đề này bằng việc phát hành môi trường phát triển kèo nhà cái bet88, dựa trên Bộ công cụ phát triển kèo nhà cái bet88 hoặc CDK.
Một “thế giới đầy camera” sắp xuất hiện
Một “thế giới đầy camera” sắp xuất hiện
Gương điện tử
Without exception, all these modern cameras make use of artificial intelligence technology, because these products need to process images and videos to operate. Image recognition has many applications, for example: public cameras for monitoring pedestrian traffic and surveillance; biometric authentication using the iris of the eye, fingerprints, and even veins for biometric cameras; recognizing people’s falls and dropped items; detecting pedestrians and dangerous objects by car-mounted cameras.
Hình 1. Một “thế giới đầy kèo nhà cái bet88” sắp xuất hiện!
Gương điện tử
Without exception, all these modern cameras make use of artificial intelligence technology, because these products need to process images and videos to operate. Image recognition has many applications, for example: public cameras for monitoring pedestrian traffic and surveillance; biometric authentication using the iris of the eye, fingerprints, and even veins for biometric cameras; recognizing people’s falls and dropped items; detecting pedestrians and dangerous objects by car-mounted cameras.
Thử thách mới do kèo nhà cái bet88 + AI
“Camera + AI.” Một thách thức mới đang xuất hiện thông qua sự kết hợp của chúng: AI không phải lúc nào cũng đưa ra phán đoán chính xác do có sự khác biệt lớn giữa các mô-đun kèo nhà cái bet88, khiến kết cấu màu sắc, độ sáng và tỷ lệ tín hiệu trên nhiễu của hình ảnh bị giảm Kết quả là, ngay cả khi các kèo nhà cái bet88 khác nhau chụp cùng một đối tượng, sự khác biệt vẫn có thể xảy ra giữa các hình ảnh ̶ điều này sẽ gây ra sự khác biệt trong kết quả nhận dạng hình ảnh AI.
Of course, not limited to camera modules, a certain number of individual differences exists in electronic components. However, according to THine Electronics, “individual differences of camera modules are much larger than those of semiconductor chips and passive components.”
Why? There are two reasons. First, unlike general semiconductors and passive components, the characteristics of camera modules and measurement methods have not been standardized in the industry. The other reason is that the manufacturing environment of camera modules varies with the manufacturer. Some of them manufacture these modules in clean rooms while others do not, in an ordinary environment with people coming and going.
Camera modules consist of image sensors, a lens, and actuators (voice coil motors) (Fig. 2).
Among these components, lenses show particularly large individual differences. Furthermore, the production tolerance in assembly is a major factor that can exaggerate these differences.
Of course, not limited to camera modules, a certain number of individual differences exists in electronic components. However, according to THine Electronics, “individual differences of camera modules are much larger than those of semiconductor chips and passive components.”
Why? There are two reasons. First, unlike general semiconductors and passive components, the characteristics of camera modules and measurement methods have not been standardized in the industry. The other reason is that the manufacturing environment of camera modules varies with the manufacturer. Some of them manufacture these modules in clean rooms while others do not, in an ordinary environment with people coming and going.
Camera modules consist of image sensors, a lens, and actuators (voice coil motors) (Fig. 2).
Hình 2. Nền tảng phát triển chương trình cơ sở hệ thống camera
Among these components, lenses show particularly large individual differences. Furthermore, the production tolerance in assembly is a major factor that can exaggerate these differences.
Bắt đầu giải quyết vấn đề
Các vấn đề xảy ra do sự khác biệt riêng lẻ trong các mô-đun kèo nhà cái bet88. Nếu không thể giải quyết dễ dàng thì “thế giới đầy kèo nhà cái bet88” của chúng ta có thể bị trì hoãn rất nhiều. Điều này cũng sẽ gây bất lợi cho các nhà sản xuất mô-đun kèo nhà cái bet88 cũng như các công ty sản xuất tín hiệu hình ảnh bán dẫn. bộ xử lý (ISP). Vì lý do này, THine Electronics, nhà sản xuất chip ISP, đã quyết định mạnh dạn đáp ứng những thách thức này.
Of course, there is already a method to compensate for such differences to some extent; it is a two-step process. In the first step, characteristics such as lens shading and white balance of camera modules are measured and stored in non-volatile memory as “individual difference information.” Then, using this information, correction processing is done using dedicated circuits integrated into the ISP and firmware. This method reduces the effects of such differences.
However, this method is tough to apply reliably. One reason is that firmware for the ISP has to be developed for making corrections, which requires specialized knowledge of both cameras and software. Another reason is that the particular characteristics that need to be corrected are different for each application, and subtle “seasoning on image quality” is required.
This requires shooting quality images where the quality can be easily authenticated by combining visible light and infrared light to do iris and vein authentication. With digital still cameras and smartphones, creating images that people consider beautiful is required. Moreover, each camera manufacturer has its own idea of what is a beautiful image, and these differences must be accounted for.
Of course, there is already a method to compensate for such differences to some extent; it is a two-step process. In the first step, characteristics such as lens shading and white balance of camera modules are measured and stored in non-volatile memory as “individual difference information.” Then, using this information, correction processing is done using dedicated circuits integrated into the ISP and firmware. This method reduces the effects of such differences.
However, this method is tough to apply reliably. One reason is that firmware for the ISP has to be developed for making corrections, which requires specialized knowledge of both cameras and software. Another reason is that the particular characteristics that need to be corrected are different for each application, and subtle “seasoning on image quality” is required.
This requires shooting quality images where the quality can be easily authenticated by combining visible light and infrared light to do iris and vein authentication. With digital still cameras and smartphones, creating images that people consider beautiful is required. Moreover, each camera manufacturer has its own idea of what is a beautiful image, and these differences must be accounted for.
Ưu đãi “CDK + CAO”
Do đó, THine Electronics đã phát triển một giải pháp để giải quyết những vấn đề này bằng cách kết hợp Bộ công cụ phát triển kèo nhà cái bet88 (CDK) và Tùy chọn ứng dụng kèo nhà cái bet88 (CAO). Chúng tôi dự định cung cấp một giải pháp dứt khoát hoạt động cùng với các ISP của chúng tôi để các nhà sản xuất sử dụng. phát triển mô-đun kèo nhà cái bet88 và bởi các nhà thiết kế độc lập (IDH) để phát triển theo hợp đồng.
CDK
CDK
CDK
CDK
Hình 3. Tạo hình ảnh thân thiện với con người và công nghệ
Hình 4. Tạo hình ảnh thân thiện với AI
CDK
CDK
Mục tiêu trở thành Linux của hệ thống camera
Do đó, THine Electronics đang xem xét xây dựng một “hệ sinh thái” để phát triển hệ thống camera bằng cách liên quan đến IDH.
CDK
CDK
On the other hand, if IDH approves a version of the CAO, it will be certified by THine Electronics as an “ISP Gold Partner (IGP).” Advantages to IDH from this certification as an IGP will be considerable: they will be able to advertise their superb technological capability to electronic device manufacturers, which will increase their customer base. In this way, a “win-win” relationship will be created and an ecosystem for camera system development will be established.
CDK
CDK
CDK
CDK
On the other hand, if IDH approves a version of the CAO, it will be certified by THine Electronics as an “ISP Gold Partner (IGP).” Advantages to IDH from this certification as an IGP will be considerable: they will be able to advertise their superb technological capability to electronic device manufacturers, which will increase their customer base. In this way, a “win-win” relationship will be created and an ecosystem for camera system development will be established.
CDK
CDK
Thay đổi môi trường phát triển kèo nhà cái bet88
Đưa CDK trở thành Linux trong hệ thống camera là mục tiêu chính của THine Electronics, đồng thời hướng tới một bức tranh lớn hơn: thay đổi môi trường phát triển kèo nhà cái bet88 ở Nhật Bản.
Japan was once a great power in the field of cameras, the top runner in the world in terms of engineering capability, product planning ability, and business. But what about now? It is not easy to say that Japan is still a world leader in any of them. Considering business, it is no exaggeration to say that Japan has serious competition from companies in the United States and China.
THine Electronics has analyzed this and believes the main cause of the current situation is the “shortage of camera engineers.” THine Electronics researched the ISP business examining camera system development companies in China and the United States and found they have many camera engineers and can develop a project more quickly than companies in Japan. For example, in the United States, even in small camera system development companies with 10 to 20 employees, its outstanding camera engineers are given a position such as CTO (Chief Technology Officer). These companies groom their young, talented engineers with great care.
On the other hand, it seems that the number of engineers in camera system development in Japan are decreasing. Highly skilled, experienced engineers are still active, but it seems difficult to obtain a large number of young engineers to assign jobs that lead to smaller opportunities for technology transfer. High-quality camera technology in Japan has to be transferred before experienced engineers leave their workplace.
Của anh
Japan was once a great power in the field of cameras, the top runner in the world in terms of engineering capability, product planning ability, and business. But what about now? It is not easy to say that Japan is still a world leader in any of them. Considering business, it is no exaggeration to say that Japan has serious competition from companies in the United States and China.
THine Electronics has analyzed this and believes the main cause of the current situation is the “shortage of camera engineers.” THine Electronics researched the ISP business examining camera system development companies in China and the United States and found they have many camera engineers and can develop a project more quickly than companies in Japan. For example, in the United States, even in small camera system development companies with 10 to 20 employees, its outstanding camera engineers are given a position such as CTO (Chief Technology Officer). These companies groom their young, talented engineers with great care.
On the other hand, it seems that the number of engineers in camera system development in Japan are decreasing. Highly skilled, experienced engineers are still active, but it seems difficult to obtain a large number of young engineers to assign jobs that lead to smaller opportunities for technology transfer. High-quality camera technology in Japan has to be transferred before experienced engineers leave their workplace.
Của anh
Nội dung liên quan
- Thiết lập một khuôn khổ hỗ trợ đa phương việc nhúng các chức năng của kèo nhà cái bet88 vào hệ thống để đạt được tiến bộ lớn trong việc hiện thực hóa “SWARM/IoT của kèo nhà cái bet88”
- Chi tiết về công cụ điều chỉnh dựa trên GUI của Bộ công cụ phát triển kèo nhà cái bet88 (CDK) để nâng cao đáng kể hiệu suất của ISP mà không cần mã hóa chương trình cơ sở
- Đã phát triển công cụ tạo tự động cho chương trình cơ sở của ISP không còn phụ thuộc vào FPGA