Computer Vision A Modern Approach by Forsyth&Ponce

Despite its innovative logical architecture, Multitenant licensing in versions beyond 12.1 aligns with previous models. Software licenses, encompassing database and additional options, are determined by the number of CPU cores. This holds true for Named User Plus (NUP) licensing as well. Let's illustrate: an 8-core server (two Intel processors with four cores each) necessitates the procurement of licenses for four cores (8 * 0.5, where 0.5 is the Intel core licensing factor). This encompasses database, Multitenant, and other options like partitioning. Consider a scenario with one Container Database (CDB) and three Pluggable Databases (PDBs). PDB1 utilizes partitioning, PDB2 utilizes only Automatic Storage Optimization (ASO), and PDB3 uses no additional options. Regardless of individual PDB usage, licenses must be acquired for the database, Multitenant feature, ASO feature, and partitioning for four cores. In the case of NUP licensing, a minimum of 100 NUPs (4 cores * 25 NUPs per core) or the actual number of users, whichever is greater, is required. Essentially, license calculation hinges on the total number of server cores and the utilization of any option within the CDB, irrespective of specific PDB usage. All purchased options are accessible to every PDB within the CDB.

角点检测Matlab代码涵盖了计算机视觉的基础知识，包括坎尼边缘检测、哈里斯角点检测、SIFT、GHT和RANSAC算法。这些工具不仅限于基础概念，还涉及到聚类方法和3D物体识别。代码框架由Minh Nhat Vu根据ACIN的原始代码改编，已获得MIT许可证授权。

6.2计算机实验设计与分析的基本结构和特点到底什么是计算机实验设计与分析呢？数据库中有多少种计算机实验设计与分析呢？为何需要回答这些问题，本节将讲述两方面的内容，首先分析和描述计算机实验设计与分析的基本结构，然后讨论计算机实验设计与分析的分类方式和类型。 2011年11月10日第13页