Identifies characteristics of the battlefield which will influence friendly and threat operations. Establishes the limits of the area of interest (AI). Identifies gaps in current intelligence The simplest inspection technology is preferred. The order is 2D AOI, then 3D AOI and then AXI. This newer 3D technology will succeed. It eliminates some method-related disadvantages and, by obtaining more information, increases reliability of results. But 3D technology cannot and will not replace 2D technology. There are two types of technology-based AOI available in the market—Image-based AOI and algorithm-based AOI. The inspection process is different for both the technologies. Image-based AOI is quite popular, whereas algorithm-based AOI is preferred only in some applications and is quite expensive. In modern Japanese, ao refers to blue, while the word midori means green, but you can see the overlap culturally, including at traffic intersections. Officially, the "go" color in traffic AND-OR-invert (AOI) and OAI gates can be readily implemented in CMOS circuitry. AOI gates are particularly advantaged in that the total number of transistors (or gates) is less than if the AND, NOT, and OR functions were implemented separately. This results in increased speed, reduced power, smaller area, and potentially lower fabrication cost. Our Verdict. Minorly problematic image mounting and creation on our more convoluted testbeds slightly limited our enthusiasm for Aomei's Backupper 6 program. But imaging was fine on simple wNK6qAR.

difference between ao and aoi