http://kb.linux-vs.org/api.php?action=feedcontributions&feedformat=atom&user=LeithBurcham811 2026-04-03T22:30:21Z User contributions MediaWiki 1.26.2 http://kb.linux-vs.org/wiki?title=User:LeithBurcham811&diff=41259 2012-06-26T10:54:47Z

<p>LeithBurcham811: New page: Engineering Modeling - An Iterative Approach Making the structure of a model function as the just like the dwelling from the engineering component modeled turns 2 problems into one. This ...</p> <hr /> <div>Engineering Modeling - An Iterative Approach<br /> <br /> Making the structure of a model function as the just like the dwelling from the engineering component modeled turns 2 problems into one. This speeds up co-operation in prototyping of both software model and the component. Both rapid prototyping and rapid application design/development involve iterative fast development with prototypes communicated. Requirements emerge gradually included in this process, so early stage design can start, in co-operation with life-cycle management, marketing accounts etc. To get full take advantage of this all staff who are thing about this design process, manufacturing, management, and life-cycle management have to be in a position to access the models. The long run aim is to enable direct modeling/prototyping of the by customers from the modeling tool e.g. engineers/end-user programmers. This type of system documents itself because the structure from the engineering product and software model are displayed/visualized.<br /> <br /> Integration of knowledge representation UML/DOORS is progress towards this. Also a user interface is needed that makes it easier for engineers to model using such a combined UML/Doors solution<br /> <br /> [http://https://www.caring4cancer.com/members/parkerwood299 model engineering]<br /> <br /> Despite object-oriented programming techniques being heavily influenced by the approach used by engineers for Bill of Materials/Product Data Structure modeling this link is becoming difficult. A lot of object-oriented programming was created before graphical user interfaces became practical and customary. So objects/classes are often represented mainly by text with visualization/representation being added being an afterthought. This isn't useful for engineers who're used to objects being physical things, or at least diagrams. A further problem continues to be an over-emphasis on encapsulation (hiding an objects' details, while creating an interface for its use), and re-use. This may lead to errors because of re-use of objects that aren't fully understood. So the classes/objects have to be visualized, whether or not the user are not committed to alter their contents, so the user of objects has sufficient understanding of how to use them.<br /> <br /> The above mentioned steps would enhance the link and co-operation between engineers and modelers/models.</div>

LeithBurcham811 http://kb.linux-vs.org/wiki?title=LeithBurcham811&diff=41258 2012-06-26T10:54:32Z

<p>LeithBurcham811: New page: Engineering Modeling - An Iterative Approach Making the structure of a model function as the just like the dwelling from the engineering component modeled turns 2 problems into one. This ...</p> <hr /> <div>Engineering Modeling - An Iterative Approach<br /> <br /> Making the structure of a model function as the just like the dwelling from the engineering component modeled turns 2 problems into one. This speeds up co-operation in prototyping of both software model and the component. Both rapid prototyping and rapid application design/development involve iterative fast development with prototypes communicated. Requirements emerge gradually included in this process, so early stage design can start, in co-operation with life-cycle management, marketing accounts etc. To get full take advantage of this all staff who are thing about this design process, manufacturing, management, and life-cycle management have to be in a position to access the models. The long run aim is to enable direct modeling/prototyping of the by customers from the modeling tool e.g. engineers/end-user programmers. This type of system documents itself because the structure from the engineering product and software model are displayed/visualized.<br /> <br /> Integration of knowledge representation UML/DOORS is progress towards this. Also a user interface is needed that makes it easier for engineers to model using such a combined UML/Doors solution<br /> <br /> [http://https://www.caring4cancer.com/members/parkerwood299 model engineering]<br /> <br /> Despite object-oriented programming techniques being heavily influenced by the approach used by engineers for Bill of Materials/Product Data Structure modeling this link is becoming difficult. A lot of object-oriented programming was created before graphical user interfaces became practical and customary. So objects/classes are often represented mainly by text with visualization/representation being added being an afterthought. This isn't useful for engineers who're used to objects being physical things, or at least diagrams. A further problem continues to be an over-emphasis on encapsulation (hiding an objects' details, while creating an interface for its use), and re-use. This may lead to errors because of re-use of objects that aren't fully understood. So the classes/objects have to be visualized, whether or not the user are not committed to alter their contents, so the user of objects has sufficient understanding of how to use them.<br /> <br /> The above mentioned steps would enhance the link and co-operation between engineers and modelers/models.</div>

LeithBurcham811