[Cloud Computing]Mechanisms: Resource Management System

资源管理系统机制通过虚拟基础设施管理器(VIM)协调服务器硬件资源,实现虚拟服务器实例的快速创建。该系统支持自动化任务,如虚拟资源模板管理、分配及释放等,并提供API供云端提供商构建定制化的远程管理门户。

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Resource Management System

The resource management system mechanism helps coordinate IT resources in response to management actions performed by both cloud consumers and cloud providers (Figure 1). Core to this system is the virtual infrastructure manager (VIM) that coordinates the server hardware so that virtual server instances can be created from the most expedient underlying physical server. A VIM is a commercial product that can be used to manage a range of virtual IT resources across multiple physical servers. For example, a VIM can create and manage multiple instances of a hypervisor across different physical servers or allocate a virtual server on one physical server to another (or to a resource pool).

Tasks that are typically automated and implemented through the resource management system include:

  • managing virtual IT resource templates that are used to create pre-built instances, such as virtual server images
  • allocating and releasing virtual IT resources into the available physical infrastructure in response to the starting, pausing, resuming, and termination of virtual IT resource instances
  • coordinating IT resources in relation to the involvement of other mechanisms, such as resource replication, load balancer, and failover system
  • enforcing usage and security policies throughout the lifecycle of cloud service instances
  • monitoring operational conditions of IT resources

Resource management system functions can be accessed by cloud resource administrators employed by the cloud provider or cloud consumer. Those working on behalf of a cloud provider will often be able to directly access the resource management system's native console.

Resource management systems typically expose APIs that allow cloud providers to build remote administration system portals that can be customized to selectively offer resource management controls to external cloud resource administrators acting on behalf of cloud consumer organizations via usage and administration portals.

Figure 1 - The cloud consumer’s cloud resource administrator accesses a usage and administration portal externally to administer a leased IT resource (1). The cloud provider’s cloud resource administrator uses the native user-interface provided by the VIM to perform internal resource management tasks (2).

Related Patterns:

1. 用户与身体信息管理模块 用户信息管理: 注册登录:支持手机号 / 邮箱注册,密码加密存储,提供第三方快捷登录(模拟) 个人资料:记录基本信息(姓名、年龄、性别、身高、体重、职业) 健康目标:用户设置目标(如 “减重 5kg”“增肌”“维持健康”)及期望周期 身体状态跟踪: 体重记录:定期录入体重数据,生成体重变化曲线(折线图) 身体指标:记录 BMI(自动计算)、体脂率(可选)、基础代谢率(根据身高体重估算) 健康状况:用户可填写特殊情况(如糖尿病、过敏食物、素食偏好),系统据此调整推荐 2. 膳食记录与食物数据库模块 食物数据库: 基础信息:包含常见食物(如米饭、鸡蛋、牛肉)的名称、类别(主食 / 肉类 / 蔬菜等)、每份重量 营养成分:记录每 100g 食物的热量(kcal)、蛋白质、脂肪、碳水化合物、维生素、矿物质含量 数据库维护:管理员可添加新食物、更新营养数据,支持按名称 / 类别检索 膳食记录功能: 快速记录:用户选择食物、输入食用量(克 / 份),系统自动计算摄入的营养成分 餐次分类:按早餐 / 午餐 / 晚餐 / 加餐分类记录,支持上传餐食照片(可选) 批量操作:提供常见套餐模板(如 “三明治 + 牛奶”),一键添加到记录 历史记录:按日期查看过往膳食记录,支持编辑 / 删除错误记录 3. 营养分析模块 每日营养摄入分析: 核心指标计算:统计当日摄入的总热量、蛋白质 / 脂肪 / 碳水化合物占比(按每日推荐量对比) 微量营养素分析:检查维生素(如维生素 C、钙、铁)的摄入是否达标 平衡评估:生成 “营养平衡度” 评分(0-100 分),指出摄入过剩或不足的营养素 趋势分析: 周 / 月营养趋势:用折线图展示近 7 天 / 30 天的热量、三大营养素摄入变化 对比分析:将实际摄入与推荐量对比(如 “蛋白质摄入仅达到推荐量的 70%”) 目标达成率:针对健
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