| Purpose |
To create a wireless method for inspecting storm damage. |
| Description |
A utility company wanted to give field workers
small handheld or tablet computers for inspecting storm damage,
and selected the Itronix Fex21 with the Handheld PC 2000
operating system as the desired platform, although it
was considered a plus if the same program could run on Windows 95/98
platforms as well. The solution was to create the
application using MobileBuilder, with a few modules in
Embedded VB and Embedded VC++. The workers can send
and receive job-related information over a wide-area
wireless network. |
| Components |
Pen Computers, Windows CE, Pocket PC,
Handheld PC 2000, MobileBuilder, Wide-Area Wireless,
Embedded Visual Basic, Embedded Visual C++ |
| My Role |
Programming,
documentation, testing. |
| Purpose |
Convert a Palm OS application to run on the Kyocera 7135 Smartphone. |
| Description |
An electric utility company needed a Palm OS
application to be moved from a regular Palm PDA
to the Kyocera 7135 smartphone. The application
was a storm damage assessment program, and it
included getting data via widearea wireless email and
sending data back the same way. In this case,
the email software was Eudora, and most of the
work involved programming changes to accommodate
the interaction with the Eudora email database.
The programming was done using MobileBuilder and C. The
wireless network that was used was Verizon's Express
Network (1XRTT).
|
| Components |
Palm OS, C, MobileBuilder, Kyocera Smartphone, Wide-Area Wireless. |
| My Role |
Programming, some
documentation. |
| Purpose |
Within an electric utility
substation, to test the use of a handheld pen computer
with a built-in bar code scanner. |
| Description |
The goal was to increase the safety of
workers in high voltage electric substations by
giving them handheld units containing task
orders, where the handheld computer would step
the worker through the task, and the bar code
scanner could be used to verify the piece of
equipment being worked on. A protoype system
was developed whereby the handheld pen computers
would be placed in a docking station to get each
task order from -- and later to transmit the
results to -- an existing back-end system. |
| Components |
Pen Computers, Windows 95/98,
MS Access, LAN, Visual Basic,
Bar Code Scanning. |
| My Role |
Project management,
documentation. |
| Purpose |
Add wide-area wireless communication to
existing pen computer applications written
in C and PenRight's MobileBuilder. |
| Description |
A utility company with a large number of
pen computer applications used by field
workers wanted to add wide-area wireless
capability so that orders could be sent out,
and results could be sent back, in near
real-time. The solution was to incorporate
Broadbeam's ExpressQ middleware for RF
communications into the
existing PenRight/MobileBuilder application
environment using the C programming
language. A few modules were also written
in Visual Basic. |
| Components |
Pen Computers, Windows 95/98,
PenRight MobileBuilder, C, Visual Basic,
Broadbeam ExpressQ, RF Modems. |
| My Role |
Project management, programming,
documentation. |
| Purpose |
To automate the paperwork for corrosion
control inspectors, including the ability
to draw and edit pipeline schematics. |
| Description |
The final system included an administration
program and a pen computer program. The
administration program ran on desktop PCs
and connected to a back-end Oracle
database, allowing the inspectors to select
data and graphics needed for upcoming jobs. The
pen computer program, running on the pen computers
taken to the field, allowed inspectors to collect
data, call up sketches or pipeline schematics,
and seamlessly invoke Visio to edit the graphics.
Data was transferred to and from the pen computers
by connecting them to the LAN when in the office. |
| Components |
Pen Computers, Windows 3.x, Visio,
Visual Basic, Oracle, MS Access, LAN. |
| My Role |
Project management. |