Read the following work proposal from Writing Effective Work Proposals by Ted Knoy for a information management-related (資訊管理相關分類)project:
3D models are extensively adopted in multimedia applications
[ ( xxiv )
owing to their relatively low cost and the ease with which they
construct animated 3D objects. Developing a concise and
]
relatively easy means of constructing 3D faces has been heavily
emphasized, particularly in computer animation. However,
animating a human face is extremely difficult. Different models
have been proposed to formulate 3D objects using expensive
equipment and complex procedures. For instance, the Basin
model uses a digitizer to retrieve 2D images and then
transforms those images into 3D objects. Conventional 3D
[
models are too time consuming and inaccurate when
( ii )
constructing digital objects since they manually retrieve 2D
images. For instance, complex procedures involving the creation
] [ ( xxii )
of digital objects require much time. Such approaches not only
require too many steps in constructing individual faces, but also
need expensive or precise instruments such as a 3D digitizer,
laser scanner, or range finder. These obstacles create large
overhead costs and inefficiency when formulating 3D faces,
accounting for why many 3D facial formulation models are
impractical for commercial use. A situation in which
] [
conventional models require seven steps to construct a 3D
( iv )
model and their error rate exceeds 5% makes it impossible to
commercialize widely animation software and construct realistic
( xx )
digital objects. For example, although formulating 3D objects
] [ ( vi )
has received increasing interest for multimedia applications,
conventional models can not meet commercial specifications.
Based on the above, we should develop an efficient face model
[ ( xviii )
capable of formulating the 3D image of an individual's face from
three 2D images. To do so, three 2D images can be obtained
] [ ( viii )
simultaneously with three general cameras. The images can then
be transferred to a personal computer. Next, the proposed
model can be used to formulate digitally the 3D face.
As anticipated, the proposed face model can reduce the time
[ ( xvi )
to construct a 3D face by 10% by optimizing the 3D model
rather than manually retrieving 2D images. Additionally, the
proposed model can precisely formulate an individual’s face by
using conventional peripheral equipment. Moreover, the
constructed 3D face can not only be sculptured by automatic
machinery, but can also simulate various expressions. The
equipment required for constructing 3D digital objects includes
three cameras, a personal computer, and common image
software. Furthermore, steps to construct 3D digital objects in
the proposed face model are simplified, reducing the related
formulation costs and time to use the optimization methods.
The proposed face model can minimize the tolerable errors
[ ( xxvi )
associated with constructing a digital face, enhancing
multimedia or animation applications by reducing formulation
costs and creating more realistic digital objects. The proposed
model can be employed to digitize different real 3D objects.
Match the parts of a work proposal with the sentences in the above proposal.
1. Importance of problem 問題的中心 in the above proposal can be found in
A. xx
B. vi
C. xvi
2. Work objective 工作目標 in the above proposal can be found in
A. xxvi
B. xviii
C. xxiv
3. Quantitative specification of problem 問題的量化 in the above proposal can be found in
C. iv
4. Work problem 工作問題 in the above proposal can be found in
B. ii
C. vi
5. Setting of work proposal 工作提案建構 in the above proposal can be found in
B. xvi
6. Example of the work problem 工作問題 in the above proposal can be found in
A. vi
B. xxii
C. xx
7. Contribution to field 領域的貢獻 in the above proposal can be found in
B. xii
8. Anticipated results 希望的結果 in the above proposal can be found in
C. viii
9. Methodology to achieve objective 達成目標的方法 in the above proposal can be found in
B. xxviii
Score =
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