SEOTrance
SiteMap
ebusiness Architecture
ebusiness Concepts
ebusiness Solutions
ebusiness Technology
ecommerce Fundamentals
ecommerce Implementation
e-business Concepts
«Prev
Next»
ebusiness Concepts
ebusiness Architecture
Separate Concerns Complex Problems
Scope Role Architect
Impact Architectural Requirements
Architecture Quality
Architects Engineers Developers
Published Reference Architecture
IT Architecture Scale
Create Domain Matrix
ebusiness Architecture Conclusion
ebusiness Technologies
ebusiness Technology Evolution
Pre Browser
Browser evolution
Web Architecture
Intranets Extranets
Describe Search Engines
infrastructure Technologies
Supporting Web Business
ebusiness enhancement Technologies
Business Technology Drivers
Technology Trend Results
Four Change Levers
e-business Conclusion
Architectural Drivers
What is Consumerism
Technology Shift
Market Flow
Stages Evolution Information
Market Flow Stage
Data Flow Model
Transact market Flow Stage
Enact Market Flow
Relationship Management
Context Management Levels
Context Management Systems
Competitive Landscape
Architectural Drivers Conclusion
ebusiness Use Case
ebusiness Relationships
ebusiness Models
Brokers Agents
Pricebot
Storefront Model
Agora Models
Aggregator Business Model
Alliance Model
Channel Sales
Portals
Business Delivery
Architecture Use Case-conclusion
Architecture Conclusion - Quiz
Choose the appropriate answer for each question. Click Submit when you are finished.
1.
A brick and mortar company is interested in developing an e-commerce site to sell their wares.
They already employ a Java specialist and have a current Web site to market their company as a whole.
What is the main reason they would use an architect? Select the best possible choice.
A.
To ensure that the new system is compatible with their current environment.
B.
To maintain quality standards for all their products.
C.
To increase the likelihood that the solution will meet a quality objective.
D.
To increase the problem space within an environment.
2.
To separate concerns and balance perspectives, which two requirements will a successful architecture meet?
A.
Functional requirements
B.
IT demands
C.
Differentiation from alternative solutions
D.
Customer demands
3.
To prevent over-engineering, an architect must understand:
A.
The IT domain
B.
The business domain
C.
The fine line between "good" and "good enough"
D.
The business objectives
4.
Architecture is concerned with boundary creation and selection. ERP solutions and packages prescribe boundary conditions. An architect's involvement in package selection includes which of the two following things?
A.
Package selection through standards, guidelines, and cost/benefit analysis.
B.
Focus not on internal workings of software packages, but rather the external interfaces.
C.
Detailed integration or specifications for package implementation.
D.
Recommendation of package customization, without addressing detailed customization designs.
5.
Why is it difficult for an architect to determine quality factors? Please select the best answer below.
A.
Some quality factors are unique to e-Business.
B.
Quality is a static factor, not likely to change.
C.
Quality factors are intuitive and easy to determine.
6.
A new employee is trying to determine whose skills match those of an architect. Which of the following skills is that of an architect?
A.
An architect matches the specificity within the design.
B.
An architect uses the quantitative specifications as input for the development process.
C.
An architect manages the complexity of the e-engineering solution.
D.
An architect concentrates on how the system behavior is implemented.
7.
The purpose of reference architectures is to:
A.
Differentiate technical understanding and qualifications from competitors.
B.
Provide a framework for technical understanding.
C.
Provide a framework for understanding business architecture.
D.
Structure the architectural process and define the deliverables to be produced.
8.
The OSI model is divided into:
A.
Business architecture, information architecture, technical applications, technical application services, and technical infrastructure layers.
B.
Application, presentation, session, transport, network, datalink, and physical layers.
C.
Data, function, network, people, time, and motivation.
9.
A matrix created from building blocks allows an architect to:
A.
View the business domain.
B.
Determine the cost associated with architecture.
C.
Trace perspectives and identify deliverables.
D.
View the network architecture indicating the interoperability of computers.