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- 试产原型 (preproduction prototype)是整个公司生产的第一批产品生产过程 Are the first products produced by the entire production process - 试产原型 (preproduction prototype)是整个公司生产的第一批产品生产过程 Are the first products produced by the entire production process
- 软件模型、硬件模型（Soft Models、Hard Models） - 软件模型、硬件模型（Soft Models、Hard Models）
- 控制模型和 CAD 模型 Control Models and CAD Models 从 CAD 数据构建和匹配的模型产品的完整模型和完整详细的组成由于成本或时间短缺，该模型的组件将被简化或忽略· Model that is constructed and matched from CAD data·Complete model and fully detailed composition of the product·Component of this model will be simplified or neglected due to cost or time shortages - 控制模型和 CAD 模型 Control Models and CAD Models 从 CAD 数据构建和匹配的模型产品的完整模型和完整详细的组成由于成本或时间短缺，该模型的组件将被简化或忽略· Model that is constructed and matched from CAD data·Complete model and fully detailed composition of the product·Component of this model will be simplified or neglected due to cost or time shortages
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- 什么是原型化（prototyping）:-> 原型化是快速组装工作模型 (原型 )的过程，目的是测试设计的各个方面，阐明想法或功能，并收集早期用户反馈。Prototyping is the process of quickly putting together a working model (a prototype) in order to test various aspects of a design, illustrate ideas or featuresand gather early user feedback - 什么是原型化（prototyping）:-> 原型化是快速组装工作模型 (原型 )的过程，目的是测试设计的各个方面，阐明想法或功能，并收集早期用户反馈。Prototyping is the process of quickly putting together a working model (a prototype) in order to test various aspects of a design, illustrate ideas or featuresand gather early user feedback
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- 原型的作用 Uses of Prototypes - 原型的作用 Uses of Prototypes #flashcard
- 学习(learning):原型通常用于回答“它能否工作?”和“它满足消费者需求的程度如何?”。 当回答这类问题时，原型就作为学习的工具。Answering questions about performance or feasibility , such as“Will it work?”“How well does it meet the customer needs?” - 学习(learning):原型通常用于回答“它能否工作?”和“它满足消费者需求的程度如何?”。 当回答这类问题时，原型就作为学习的工具。Answering questions about performance or feasibility , such as“Will it work?”“How well does it meet the customer needs?”
- 沟通（communication）沟通 (communication): 原型加强了开发团队与高层管理者、供应商、合作人、开发团队 扩展成员、消费者及投资者间的沟通。·Demonstration of a product to get feedbackfrom all stakeholders·A physical, tactile, 3D representation of aproduct is much easier to understand than averbal description or even a sketch of aproduct 例子：以一个可见的、能 触知的三维图形来表现一个产品，比语言草图描述更易理解。在 PackBot 概念开发中，通过利 用“可视、可感知”的原型，设计工程师、经理、供应商和顾客间的沟通得到加强。新的消 费者经常对 PackBot 底盘过于狭小不满意，然而，实物模型清晰地展示了有限的空间。 - 沟通（communication）沟通 (communication): 原型加强了开发团队与高层管理者、供应商、合作人、开发团队 扩展成员、消费者及投资者间的沟通。·Demonstration of a product to get feedbackfrom all stakeholders·A physical, tactile, 3D representation of aproduct is much easier to understand than averbal description or even a sketch of aproduct 例子：以一个可见的、能 触知的三维图形来表现一个产品，比语言草图描述更易理解。在 PackBot 概念开发中，通过利 用“可视、可感知”的原型，设计工程师、经理、供应商和顾客间的沟通得到加强。新的消 费者经常对 PackBot 底盘过于狭小不满意，然而，实物模型清晰地展示了有限的空间。
- 集成 integration  原型用于确保产品的子系统及组件能如预期的一样协同工作。综合化的实体原型在产品开发项目中作为集成工具最为有效，因为它们要求零件、各部件间协调，并与零件组成一个产品。要做出这样的原型，需产品开 发团队成员相互协作。如果产品任何组件的组合妨碍了 产品的整体功能，这一 问题只能在综合化的实体原型中 通过集成来检测。·Prototypes are used to ensure that componentsand subsystems of the product work together as expectedl ·Comprehensive physical prototypes are the most effective as integration tools in product development projects because they require the assembly and physical interconnection of all of the parts and subassemblies that make up a productl ·The integration of the prototype forces coordination between different members of the product development teaml ·For example: alpha or beta test models - 集成 integration  原型用于确保产品的子系统及组件能如预期的一样协同工作。综合化的实体原型在产品开发项目中作为集成工具最为有效，因为它们要求零件、各部件间协调，并与零件组成一个产品。要做出这样的原型，需产品开 发团队成员相互协作。如果产品任何组件的组合妨碍了 产品的整体功能，这一 问题只能在综合化的实体原型中 通过集成来检测。·Prototypes are used to ensure that componentsand subsystems of the product work together as expectedl ·Comprehensive physical prototypes are the most effective as integration tools in product development projects because they require the assembly and physical interconnection of all of the parts and subassemblies that make up a productl ·The integration of the prototype forces coordination between different members of the product development teaml ·For example: alpha or beta test models
- 里程碑 milestones  尤其是在产品开发的后期，原型用于验证产品在功能上已达到期望水 平。里程碑原型提供可触知的目标，表明了进展情况，并用来加强进度安排。Provide goals for the development team’s schedule· Milestone prototypes are defined in the product development project plan 这种原型的数量和它们的时间是整个开发计划的关键要素之一作为一个基本案例，开发团队应该考虑使用 alpha、 beta 和预生产原型作为里程碑 The number of such prototypes and their timingis one of the key elements of the overall development planl ·As a base case, the development team should consider using alpha, beta and pre-production prototypes as milestones¡ e.g. first testable hardware - 里程碑 milestones  尤其是在产品开发的后期，原型用于验证产品在功能上已达到期望水 平。里程碑原型提供可触知的目标，表明了进展情况，并用来加强进度安排。Provide goals for the development team’s schedule· Milestone prototypes are defined in the product development project plan 这种原型的数量和它们的时间是整个开发计划的关键要素之一作为一个基本案例，开发团队应该考虑使用 alpha、 beta 和预生产原型作为里程碑 The number of such prototypes and their timingis one of the key elements of the overall development planl ·As a base case, the development team should consider using alpha, beta and pre-production prototypes as milestones¡ e.g. first testable hardware
- 原型分类 - 原型分类 #flashcard
- 实体/解析 - 实体/解析 #flashcard
- Physical prototypes are :-> tangible artifacts created to approximate the product ¡ ·Aspects of the product of interest to the development team are actually built into an artifact for testing and experimentation ¡· Examples of physical prototypes include l ·models which look and feel like the product l ·proof-of-concept prototypes used to test an idea quickly l· experimental hardware used to validate the functionality of a product 例子：一个木制的玩具模型 - Physical prototypes are :-> tangible artifacts created to approximate the product ¡ ·Aspects of the product of interest to the development team are actually built into an artifact for testing and experimentation ¡· Examples of physical prototypes include l ·models which look and feel like the product l ·proof-of-concept prototypes used to test an idea quickly l· experimental hardware used to validate the functionality of a product 例子：一个木制的玩具模型
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- Analytical prototypes :-> represent the product in a non-tangible, usually mathematical, manner¡ ·Interesting aspects of the product are analysed, rather than built 例子：数学分析、建模 - Analytical prototypes :-> represent the product in a non-tangible, usually mathematical, manner¡ ·Interesting aspects of the product are analysed, rather than built 例子：数学分析、建模
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- 综合/专一 - 综合/专一 #flashcard
- ◦ 综合 (comprehensive) :-> 能完成产品的绝大多数属性。·Comprehensive prototypes implement most, if not all, of the attributes of a product¡ ·A comprehensive prototype corresponds closely to the everyday use of the work prototype – i.e. it is a full-scale, fully operational version of the product 例子：β 原型，用来给测试功能 - ◦ 综合 (comprehensive) :-> 能完成产品的绝大多数属性。·Comprehensive prototypes implement most, if not all, of the attributes of a product¡ ·A comprehensive prototype corresponds closely to the everyday use of the work prototype – i.e. it is a full-scale, fully operational version of the product 例子：β 原型，用来给测试功能
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- ◦ 专一化原型 (focused prototype) :-> 只履行(完成)产品的某个或某些属性。一个普遍的做法是用两个或多个专一化原型一起探查一个产品的所有性能。这些 原型包括外观 (looks-like)原型和工作原理 (works-like)原型。通过制造两个分离的专一化原型，开发团队可以比制造一个综合化原型更早地解决问题。·Focused prototypes implement one, or a few, of the attributes of a product¡· Examples of focused prototypes include foam models toexplore the form of a product and wire wrapped circuit boards to investigate the electronic performance of product design¡ ·A common practice is to use two or more focused prototypes together to investigate the overallperformance of a product·By building two separate focused prototypes, the team may be able to answer its questions much earlier than if it had to create one comprehensive prototype - ◦ 专一化原型 (focused prototype) :-> 只履行(完成)产品的某个或某些属性。一个普遍的做法是用两个或多个专一化原型一起探查一个产品的所有性能。这些 原型包括外观 (looks-like)原型和工作原理 (works-like)原型。通过制造两个分离的专一化原型，开发团队可以比制造一个综合化原型更早地解决问题。·Focused prototypes implement one, or a few, of the attributes of a product¡· Examples of focused prototypes include foam models toexplore the form of a product and wire wrapped circuit boards to investigate the electronic performance of product design¡ ·A common practice is to use two or more focused prototypes together to investigate the overallperformance of a product·By building two separate focused prototypes, the team may be able to answer its questions much earlier than if it had to create one comprehensive prototype
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- 选择原型类型的原则 - 选择原型类型的原则 #flashcard
- ·分析原型通常比物理原型更灵活 · - ·分析原型通常比物理原型更灵活 ·Analytical prototypes are in general moreflexible than physical prototypes
- 需要物理原型来检测意料之外的现象 · - 需要物理原型来检测意料之外的现象 ·
- 原型可以降低高成本迭代的风险 · - 原型可以降低高成本迭代的风险 ·
- 原型可以加速其他开发步骤 ¡ · - 原型可以加速其他开发步骤 ¡ ·
- Analytical prototypes are in general moreflexible than physical prototypes¡ ·Physical prototypes are required to detectunanticipated phenomena¡ ·Prototypes may reduce the risk of costlyiterations¡ ·Prototypes may expedite other developmentsteps¡ ·A prototype may restructure task dependencies 示例 :在零件设计 -模具设计 -成型流程中添加原型制作步骤 原型可以重构任务依赖关系 - ¡ ·Physical prototypes are required to detectunanticipated phenomena¡ ·Prototypes may reduce the risk of costlyiterations¡ ·Prototypes may expedite other developmentsteps¡ ·A prototype may restructure task dependencies 示例 :在零件设计 -模具设计 -成型流程中添加原型制作步骤 原型可以重构任务依赖关系
- 市场、技术风险还有综合模型成本之间的关系：总结起来就是技术、市场风险越高，制作的模型就越多。综合模型制造成本越高，制作的模型就越少。（**即风险和模型数量成正比，成本和模型数量成反比）** - 市场、技术风险还有综合模型成本之间的关系：总结起来就是技术、市场风险越高，制作的模型就越多。综合模型制造成本越高，制作的模型就越少。（**即风险和模型数量成正比，成本和模型数量成反比）**
- 制定原型计划（四步） #flashcard - 制定原型计划（四步） #flashcard
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