船舶设计论文中英文外文翻译文献XXX shipbuilding。

with a single large container vessel consisting of approximately 1.5 n atomic components in a n hierarchy。

this n is considered a XXX involves a distributed multi-agent n that runs on top of PVM.2 XXXShip XXX process。

as well as the final product's performance and safety。

nal design XXX-consuming and often fail to consider all the complex factors XXX。

there is a need for a more XXX designers.3 The Role of HPCN in Ship Design nHPCN。

or high-performance computing and orking。

has the potential to XXX utilizing the massive parallel processing power of HPCN。

designers XXX changes。

cing the time and cost of thedesign process。

nally。

HPCN can handle the complex XXX。

XXX.4 XXX XXX of the HPCN n Support ToolThe XXX ship designers is implemented as a distributed multi-agent n that runs on top of PVM。

This XXX。

XXX to find the best design ns。

taking into account us performance and safety XXX。

the XXX.There are many similarities een the n of complex products like ships。

aircraft。

and cars。

and the XXX a n plan to ensure that all components come together at the right time and place。

Similarly。

a parallel computer n should ensure that the appropriate data is available on the XXX.It is XXX issues with indeterminacy on multi-processor hardware。

This has led researchers in XXX paradigms。

XXX Factories。

XXX of those found in the field of Multi-Agent Systems。

Note: No paragraphs XXX。

XXX.)XXX large。

XXX。

such as container ships。

XXX 1,100 employees。

and is XXX up to four ships per year.3 The Ship Design ProcessThe ship design process is a complex and XXX disciplines。

XXX。

XXX engineering,structural engineering。

XXX the development of the ship's basic design。

which defines its overall ns。

shapeand general arrangement。

This is followed by the detailed design phase。

which XXX for each individual component andsystem。

The final stage of the design process is the n phase。

which XXX.4 Manufacturing Issues in Ship DesignManufacturing issues play a critical role in ship design。

as they can have a significantimpact on the overall cost。

quality and performance of the ship。

For example。

the XXX。

XXX。

as well as its XXX。

the layout andarrangement of the ship's components and systems XXX.5 Parallel n of Ship DesignTo address these manufacturing issues。

we have XXX。

The n is based on the een shipbuilding and parallel computing。

andXXX is used to search for the optimal design parameters。

such as the choiceof materials。

manufacturing processes and component layout。

that minimize the overall costand maximize the performance of the ship。

The n has been tested on a XXX designs。

and has XXX.XXX's (supertankers) and very large containerships。

Theyard has a remarkable record of being the first in the world to build a double-XXX。

they are constructing 15 of XXX ever built for the Maersk line。

These massive vessels are approximately 340 meters long and can carry around 7000 containers at a top speed of 28 knots。

The ships require a crew of only 12 members.XXX XXX manufacturing modules。

which are then XXX toa specific task such as cutting。

welding。

and surface treatment。

At any given time。

up to three identical ships are being built。

and a new ship is XXX 100 days.XXX。

there are approximately 40 robots XXX。

the yard places a strong emphasis on research and development。

with around 10 industrial Ph.D。

students XXX.In the future。

XXX in our daily lives。

For instance。

the。

is expected to e the primary medium for XXX format.Direct digital contact with XXX in the design process。

giving them influence over the final product。

This XXX。

especially with the XXX systems。

like AMROSE。

use digital CAD models to create task-performing。

XXX from the virtual world using simple sensor systems due to the high n required in XXX moving in an artificial force field designed to attract the tool center to the goal and repel it from obstacles。

HoweverXXX.Most industrial products。

such as windmill housing components。

are designed using us CAD systems。

Figure 1 displays a CAD model for the housing of a windmill。

created using XXX。

which includes both the work-piece and task-curve geometries.XXX by Henry Ford about 100 years ago。

today'XXX structure of a typical n line。

which follows a serial computer program。

is no longer the norm。

This is because such a structure is not XXX-XXX.In fact。

XXX do not XXX into account。

To handle unpredictability。

XXX.Manufacturers are also realizing that the top-down serial approach results in the n of human workers。