پاورپوینت کامل طراحی و مدل کردن مولفه ها ۵۷ اسلاید در PowerPoint

توجه : این فایل به صورت فایل power point (پاور پوینت) ارائه میگردد

 پاورپوینت کامل طراحی و مدل کردن مولفه ها ۵۷ اسلاید در PowerPoint دارای ۵۷ اسلاید می باشد و دارای تنظیمات کامل در PowerPoint می باشد و آماده ارائه یا چاپ است

شما با استفاده ازاین پاورپوینت میتوانید یک ارائه بسیارعالی و با شکوهی داشته باشید و همه حاضرین با اشتیاق به مطالب شما گوش خواهند داد.

لطفا نگران مطالب داخل پاورپوینت نباشید، مطالب داخل اسلاید ها بسیار ساده و قابل درک برای شما می باشد، ما عالی بودن این فایل رو تضمین می کنیم.

توجه : در صورت  مشاهده  بهم ریختگی احتمالی در متون زیر ،دلیل ان کپی کردن این مطالب از داخل فایل می باشد و در فایل اصلی پاورپوینت کامل طراحی و مدل کردن مولفه ها ۵۷ اسلاید در PowerPoint،به هیچ وجه بهم ریختگی وجود ندارد

بخشی از مطالب داخلی اسلاید ها

پاورپوینت کامل طراحی و مدل کردن مولفه ها ۵۷ اسلاید در PowerPoint

اسلاید ۴: Architecture in the Life Cycle (Cont’d)When does one begin designing (cont’d)Identify the highest priority business goals and turn them into quality scenarios or use casesThe ones that have the most impact on the architecture are the architectural drivers (there should be fewer than 10)Once the architectural drivers are known, the architectural design can beginThe requirements analysis process will then be influenced by questions generated during the architectural design,

اسلاید ۵: Evolutionary Delivery Life CycleSoftwareConceptPreliminaryRequirementsAnalysisDesign ofArchitectureand System CoreDevelopa VersionDeliver the VersionIncorporateCustomerFeedbackElicitCustomerFeedbackDeliverFinalVersion

اسلاید ۶: Designing the ArchitectureA method called Attribute Driven Design (ADD) can be used to design an architecture to satisfy both quality and functional requirements.ADD can be viewed as an extension to other developments methods, such as the Rational Unified Process (RUP).

اسلاید ۷: Attribute-Driven DesignADD bases the decomposition process on the quality attributes the software has to fulfill.It is a recursive decomposition process, where, at each stage, tactics and architectural patterns are chosen to satisfy a set of quality scenarios and then functionality is allocated to instantiate the module types provided by the pattern.

اسلاید ۸: Attribute-Driven Design (Cont’d)The system is described as a set of containers for functionality and the interactions among them.This is a coarse grained framework for achieving the functionality.

اسلاید ۹: Example Application of ADDSample problem: A garage door opener within a home information system.The system is responsible for raising and lowering the door via a switch, remote control, or the home information system. It is also possible to diagnose problems with the opener from within the home information system.

اسلاید ۱۰: Input to ADDA set of requirements (typically expressed as use cases) and constraintsA set of quality requirements expressed as system-specific quality scenarios including, in this case:The device and controls for opening and closing the door are different for the various products in the product line. They may include controls from within a home information system

اسلاید ۱۱: Input to ADD (Cont’d)A set of quality requirements (cont’d):The processor used in different products will differ.If an obstacle (person or object) is detected by the garage door during descent, it must halt (alternately re-open) within 0.1 second.The garage door opener should be accessible for diagnosis and administration from within the home information system using a product-specific diagnosis protocol.

اسلاید ۱۲: ADD StepsChoose the module to decompose – the module to start with is usually the whole system.Refine the module according to the following steps:Choose the architectural drivers from the set of concrete quality scenarios and functional requirements.Choose an architectural pattern that satisfies the architectural drivers based on the tactics that can be used to achieve the drivers.

اسلاید ۱۳: ADD Steps (Cont’d)Refine the module according to the following steps (cont’d):Instantiate modules and allocate functionality from the use cases and represent using multiple views.Define interfaces of the child modules. The decomposition provides modules and constraints on the types of module interactions. Document this information in the interface document for each module.

اسلاید ۱۴: ADD Steps (Cont’d)Refine the module according to the following steps (cont’d):Verify and refine use cases and quality scenarios and make them constraints for child modules.Repeat the steps above for every module that needs further decomposition.

اسلاید ۱۵: ۱. Choose the Modules to DecomposeIn our example, we start with the whole system, the garage door opener system.One constraint at this level is that the opener must interoperate with the home information system.

اسلاید ۱۶: ۲a. Choose the Architectural DriversThe four scenarios previously given indicate requirements for: real-time performancemodifiability to support product linesonline diagnosisIn general, a detailed investigation may be required to determine whether given requirements are really drivers.

اسلاید ۱۷: ۲a. Choose the Architectural Drivers (Cont’d)We do not treat all requirements as equal.The less important requirements are satisfied within the constraints of the most important.This is a significant difference between ADD and other architecture design methods.

اسلاید ۱۸: ۲b. Choose an Architectural PatternThe use of an interpreter is an excellent technique for achieving modifiability at runtime, but it has a negative influence on performance.The decision to use an interpreter depends on the relative importance of modifiability versus performance.A possible decision is to use an interpreter for only a portion of the pattern.

اسلاید ۱۹: ۲b. Choose an Architectural Pattern (Cont’d)The modifiability tactics are “localize changes,” “prevent the ripple effect,” and “defer binding time.”In this case, where we are concerned primarily with changes that will occur during system design, the primary tactic is “localize changes.”We choose semantic coherence and information hiding as our tactics and combine them to define virtual machines for the affected areas.

اسلاید ۲۰: ۲b. Choose an Architectural Pattern (Cont’d)The performance tactics are “resource demand” and “resource arbitration.” We choose one example of each: “increase computational efficiency” and “choose scheduling policy.”The final set of tactics is therefore:Semantic coherence and information hiding – Separate responsibilities dealing with the user interface, communication, and sensors into their own modules (virtual machines).

اسلاید ۲۱: ۲b. Choose an Architectural Pattern (Cont’d)The final set of tactics (cont’d):Increase c