Software

FAQSS software is written using the Microsoft Visual development environment to ensure maximum compatibility with the Windows operating system. The FAQSS software is broken into modules which can be easily updated when new versions are released. This enables OSC to empower its clients with the latest software as quickly as possible.

Administration

The administration module allows a client to administer the FAQSS system from one networked terminal. This modules allows a user to control:
  • Operator accounts
  • Operator privileges
  • Statistics for all operators
  • Archive functions

Batch Maintenance

The batch maintenance module is responsible for managing all batches on the system. This module performs the following functions:
  • Controls batches
  • Finalizes batches
  • Re-enables batches (incase of power failures, etc..)
  • Copies batches
  • Deletes batches

Data Entry

The data entry module allows the user to hand enter data into the FAQSS system. This module is designed for maximum performance and accuracy. This module allows for the following:
  • Entry of data from images
  • Supports multiple images of the same question for accuracy
  • Operator security
  • Logs actions
  • Supports unlimited undo
  • Tracks number of entries
  • Tracks speed at which data is entered
  • Tracks operator error rate

Image Review

This module allows users to examine any image captured by FAQSS. It is primarily used in quality control. One viewing option allows you to view questionnaire images and captured data simultaneously. The operator is guided along the capture areas of the image seeing both the written response and the captured response side-by-side. This powerful feature is used by our Service Bureau with the final word on data to be delivered.

The module also allows for the querying and collection of snippets of capture areas based on a variety of conditions. Users may select the images of certain capture areas based on particular values in the captured data. Images may be printed or exported with selected annotations.

Import

Allows the user to bring in images from a non-integrated scanner. Images can be routed to batches in particular templates based on barcodes or printed text.

Process

The process module performs automated data capture through use of OCR/ICR, and FAQSS' Mark Sense technology. This software controls the processing boards and directs the flow of information to and from these boards.
  • Utilizes OSC's processor board
  • Dedicated processor (supports SMP systems)
  • Utilizes OSC's own patented OMR algorithm
  • Utilizes Mitek engine for OCR
  • Supports up to 4 processor boards per machine

Template

The template setup/maintenance module is used to define the areas of a new form that needs to be captured by the FAQSS system. This module allows the user to setup:
  • Single responses
  • Multiple responses
  • Hand entered responses
  • Form entered responses
  • Auto increment question
  • Fixed output question
  • Auto date question
  • Image processing - export, annotate selected pages and forms
  • Open ended question
  • Coded question
  • Key question

Verification

The verification modules allows an operator to validate any work done by a data entry operator or any data automatically captured. The verification operator re-keys a sampling or all of the original work. The module then compares the two and alerts the user when there is a mismatch. This allows a supervisor to choose the correct data. Like the data entry module, the verification module report on keystroke rates and user throughput. In addition to those, the verification module reports both operator and system accuracy to a database. The administration module can be used to generate summaries of these so that a supervisor can evaluate staff performance.

Workflow

OSC has developed a workflow module that integrates the data entry, verification and reporting tools within FAQSS. The primary functions of this module are:
  • Allow administrators to group operators and work together logically
  • Assign data entry activities to operators in a way that is controllable and efficient
  • Assign automated capture and finalization activities to unmanned stations
  • Allow administrators to quickly understand and assess the amount and throughput of work in the system