We have the credentials and provide top level document scanning services in the Long Island, Ney York area.
 The
CDIA credential is a consistent, objective way to evaluate imaging
industry professionals. Corporate customers look for the CDIA credential
when choosing image solution providers. Employers actively recruit
CDIA certified individuals when hiring document imaging professionals.
Increasingly, companies involved in providing or purchasing document
imaging solutions adopt CDIA as part of their business plan.
The
Certification is divided into content areas that correspond to Imaging
Architechs' areas of responsibility. The technologies and areas
emphasized include:
Identify common types of input devices and interfaces, and describe
them in terms of resolution and other parameters. ~ Given input
parameters, determine image size and indicate the impact on system
performance. ~ Define OCR accuracy and recognize the factors that
influence the potential accuracy of ICR. ~ Given imaging job requirements,
determine the required capabilities of the input subsystem and specify
appropriate input components. ~ Indicate how to optimize the input
process with forms-processing and image-enhancement techniques.
~ Given symptoms of an imaging system problem, identify potential
causes in the input subsystem.
Describe common types of storage devices, media, and interfaces
in terms of features including capacity, performance, connectivity
and shelf life. ~ Identify factors that affect storage device performance.
~ Given imaging requirements, select the appropriate storage devices,
media and archive strategies. ~ Given an imaging scenario (including
amount of images, access and archive requirements), determine capacity
requirements. ~ Identify potential problems related to storage devices
and their interfaces.
Identify common types of communications devices, interfaces, topology
and protocols. ~ Given imaging system requirements, select the appropriate
system topology and protocol. ~ Given specifications for a system,
predict system performance. ~ Estimate the maximum segment length
of each major type of network cable.
Describe the imaging display characteristics of monitors and image
viewers. ~ Explain the impact of display system attributes (resolution,
refresh rate, size, display type, ergonomic features) on a displayed
image and on worker productivity. ~ Given an imaging job scenario
(including number and types of documents, and purpose and frequency
of retrieval), select the appropriate display subsystems. ~ Identify
and describe common display-oriented image enhancement techniques.
Identify the output devices used for document imaging applications.
~ Explain the impact of output device parameters and point of decompression
on print speed. ~ Indicate the impact of input resolution and other
factors on output resolution and print quality.
Describe imaging-management methods, including those for caching,
archiving and automatic indexing. ~ Identify the factors that determine
when to archive images. ~ Indicate how to apply workflow in an imaging
application. ~ Given an imaging scenario, specify an effective indexing
scheme.
Identify the categories of information about project requirements
that are needed to design an effective imaging solution. ~ Identify
the categories of information that are needed to design a particular
imaging subsystem. ~ Given a specific decision about an imaging
system, identify the information that is relevant. ~ Explain legal
and security considerations in image management. ~ Recognize the
relative cost of labor and technical factors in an imaging system.
Identify methods for integrating an imaging system with legacy systems,
current databases, and other existing applications. ~ Select appropriate
tools to integrate document imaging with existing applications.
~ Given a description of an imaging system, identify potential conflicts
between hardware and software components. ~ Given specifications
for a system, select options that will increase imaging performance.
Describe methods for handling the conversion of existing documents
into an imaging system. ~ Given an imaging scenario, select methods
for implementing backlog conversion.
Define components of standard computing environments that are relevant
to document imaging. ~ Recognize the main operating systems, network
operating systems, and clients and indicate on which ones imaging
applications can run. ~ Define the components of database management
systems that are relevant to document imaging. ~ Characterize the
relationships and potential incompatibilities between clients and
network operating systems.
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