bounding box

bounding box的音标是[ˈbaʊndɪŋ ˌbæks]，基本翻译是“边界框”。速记技巧是将其拆解为单词，分别记忆。

Bounding Box的英文词源：

Bounding Box这个词源于英语，其含义是在计算机视觉和图形学中，表示一个物体或对象在其周围的可视区域。这个词的词源可以追溯到拉丁语和法语。

变化形式：

- 单数形式：bounding box

- 复数形式：bounding boxes

相关单词：

1. Bounding Circle（边界圆）：在图形学中，边界圆指的是一个物体或对象的最大可能圆形区域。这个词与bounding box类似，但通常用于描述形状的边界。

2. Boundary（边界）：边界是一个常见的英语单词，在计算机视觉和图形学中，边界通常指的是物体或对象之间的分界线。

3. BoundingBoxes（边界框）：在计算机视觉和图像处理中，边界框通常用于描述图像中物体的位置和大小。这个词可以与bounding box互换使用。

4. Bounding Primitives（边界原始形状）：这个词通常用于描述计算机视觉和图形学中用于描述物体或对象的简单形状，如矩形、圆形等。

5. Bounding Volume（边界体积）：边界体积是一个更通用的术语，用于描述一个物体或对象周围的体积区域，通常用于图形渲染和碰撞检测。

6. Bounding Volume Hierarchy（边界体积层次结构）：这个词通常用于描述计算机图形学中用于快速搜索和渲染的对象层次结构，其中每个对象都被表示为一个边界体积。

7. Bounding Rectangle（边界矩形）：在计算机视觉和图像处理中，边界矩形通常用于描述图像中物体的位置和大小，通常是一个包含图像中所有像素的矩形区域。

8. Bounding Element（边界元素）：这个词通常用于描述计算机图形学中用于表示物体或对象的简单形状，如三角形、多边形等。

9. Boundary Detection（边界检测）：这是一个常见的计算机视觉任务，旨在识别图像或视频中的物体或对象的边缘和分界线。

10. Boundary Following（边界追踪）：这个词通常用于描述计算机视觉中的一种技术，用于跟随或跟踪图像中的物体或对象的边界。

Bounding Boxes

常用短语：

1. bounding box calculation

2. bounding box overlap

3. bounding box intersection

4. bounding box boundary

5. bounding box dimensions

6. bounding box volume

7. bounding box boundary detection

例句：

1. The bounding box calculation for the object is very important for optimization purposes.

2. The bounding boxes of the two objects do not overlap, so they can be safely processed separately.

3. The intersection of the bounding boxes determines where the object will be placed.

4. The boundary of the bounding box is used to determine if the object is inside or outside of the area.

5. The dimensions of the bounding box are used to calculate the volume of the object.

6. Detecting the boundary of the bounding box is crucial for precise robotic motion control.

英文小作文：

Bounding Boxes in Robotics

Bounding boxes are an essential tool in robotics, helping us to understand the spatial relationships between objects and enabling precise motion control. They provide a way to measure the size and location of objects, and are commonly used in collision detection and avoidance, as well as in planning and optimization algorithms.

When designing a robotic system, it is important to define a bounding box for each object that it interacts with. This allows the robot to understand its surroundings and determine if it is safe to move or actuate in a certain area. If two objects have overlapping bounding boxes, it may be necessary to re-plan the motion of the robot to avoid collisions, or to adjust its trajectory to accommodate for the size and shape of the other object.

Bounding boxes are also used in robotic grasping and manipulation, helping to determine the optimal position and orientation for grasping an object. By calculating the intersection of the bounding boxes of the object and the hand, the robot can ensure that it is grasping the correct part of the object and has enough space to move its fingers.

In conclusion, bounding boxes are an essential tool in robotics that enable precise motion control and help us to understand the spatial relationships between objects. They are used in a wide range of applications, from collision detection and avoidance to grasping and manipulation, making them an integral part of any robotic system.