https://pm.haifa.ac.il/index.php?feed=atom&target=CooneyWade929&title=Special%3AContributions 2026-09-07T00:28:28Z From P-MART wiki MediaWiki 1.15.1 https://pm.haifa.ac.il/index.php?title=User:CooneyWade929 2012-06-26T10:56:42Z

<p>CooneyWade929:&#32;Created page with 'Engineering Modeling - An Iterative Approach Making the structure of the model function as the just like the dwelling from the engineering component modeled turns 2 problems int…'</p> <hr /> <div>Engineering Modeling - An Iterative Approach<br /> <br /> Making the structure of the model function as the just like the dwelling from the engineering component modeled turns 2 problems into one. This accelerates 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 as part of this method, so early stage design can start, in co-operation with life-cycle management, marketing accounts etc. To obtain full take advantage of this all staff who're thing about this design process, manufacturing, management, and life-cycle management have to be in a position to access the models. The longer term aim is to enable direct modeling/prototyping of this by customers of the modeling tool e.g. engineers/end-user programmers. Such a system documents itself as the structure from the engineering product and software model are displayed/visualized.<br /> <br /> Integration of information representation UML/DOORS is progress towards this. Also a user interface is required which makes it easier for engineers to model using such a combined UML/Doors solution<br /> <br /> [http://isaacking879.jigsy.com/entries/general/Model-Trains---Toys,-Models-Or-Miniature-Pieces-of-art model engineering]<br /> <br /> Despite object-oriented programming techniques being heavily relying on 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 largely by text with visualization/representation being added as an afterthought. This is not helpful for engineers who are used to objects being physical things, or at least diagrams. An additional 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 are not fully understood. Therefore the classes/objects have to be visualized, even if the user does not intend to alter their contents, therefore the user of objects has sufficient knowledge of cooking techniques.<br /> <br /> The above steps would enhance the link and co-operation between engineers and modelers/models.</div>

CooneyWade929 https://pm.haifa.ac.il/index.php?title=CooneyWade929 2012-06-26T10:56:38Z

<p>CooneyWade929:&#32;Created page with 'Engineering Modeling - An Iterative Approach Making the structure of the model function as the just like the dwelling from the engineering component modeled turns 2 problems int…'</p> <hr /> <div>Engineering Modeling - An Iterative Approach<br /> <br /> Making the structure of the model function as the just like the dwelling from the engineering component modeled turns 2 problems into one. This accelerates 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 as part of this method, so early stage design can start, in co-operation with life-cycle management, marketing accounts etc. To obtain full take advantage of this all staff who're thing about this design process, manufacturing, management, and life-cycle management have to be in a position to access the models. The longer term aim is to enable direct modeling/prototyping of this by customers of the modeling tool e.g. engineers/end-user programmers. Such a system documents itself as the structure from the engineering product and software model are displayed/visualized.<br /> <br /> Integration of information representation UML/DOORS is progress towards this. Also a user interface is required which makes it easier for engineers to model using such a combined UML/Doors solution<br /> <br /> [http://isaacking879.jigsy.com/entries/general/Model-Trains---Toys,-Models-Or-Miniature-Pieces-of-art model engineering]<br /> <br /> Despite object-oriented programming techniques being heavily relying on 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 largely by text with visualization/representation being added as an afterthought. This is not helpful for engineers who are used to objects being physical things, or at least diagrams. An additional 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 are not fully understood. Therefore the classes/objects have to be visualized, even if the user does not intend to alter their contents, therefore the user of objects has sufficient knowledge of cooking techniques.<br /> <br /> The above steps would enhance the link and co-operation between engineers and modelers/models.</div>

CooneyWade929