Volume 3, Number 4
“This game is simple,” says Bob Sagat on NBC’s 1 vs. 100 television game show. In this NBC show that airs in prime time on Friday nights in the United States, multiple choice questions are asked, and people are eliminated as they answer incorrectly.
In a “1 vs. 100″ game, a contestant is pitted against one hundred other people, known collective as the “mob,” and collects money for each mob member who gets eliminated. The contestant attempts to increase the pot and take home a sizable amount of money, either the accumulated total of the pot or a million dollars if all members of the mob are eliminated. If the contestant answers incorrectly, the remaining mob members who answered the last question correctly split the pot up to that point.
What may appear “simple” on screen is the result of the successful operation of a multitude of integrated systems in what has to be one of the most technically advanced game shows ever conceived. Behind the scenes is a major IT effort, controlled by a custom version of DataPlex’s state-of-the-art Audience Response System (ARS).
A view of two of the eight rows
Mob members are placed into the various “pod” locations and often rearranged at the discretion of the director. Each pod has is own graphics display behind the player, microphone and voting handset. There are groups within the mob — lawyers, cheerleaders, janitors, kid geniuses — that are each tracked statistically. Our ARS system supplied through our client Quick Tally Interactive Systems for 1 vs. 100 has a player registration module that is used to set up the demographics and print badges with barcodes for each potential player. Once the mob members are in place in their pods, portable scanners are used to associate all mob members to their locations whose data is then processed by another one of our ARS modules.
Now, how simple is that?
The director likes to know which pods contain returning mob members (mob members who continue to answer questions correctly are carried forward into another game) and how well have they performed in the past. Often, there is a “reigning mob champion,” someone who has answered a significant number of questions correctly over several games. A sophisticated SQL database platform is used for managing the ARS data from multiple games. In a matter of seconds, the ARS data from previous games is processed along with the player location information of the current game, and a report is generated.
There are other IT processes, for example, if a mob wins, a list of the remaining mob members and their information is generated for the show’s accounting department. Also, post production uses demographic-based reports to show interesting factoids on the bottom of the television screen.
Not Your Father’s Audience Response System
A typical Audience Response System, also known as an ARS, collects votes and can generate a limited amount of graphs — bar charts of answer choice selection percentages, pie charts, and some cross reference displays. More recent systems can export directly or indirectly to Microsoft Office™ products, for example to PowerPoint for presentation purposes and Excel for further off-line number crunching. Reasonable stuff, actually.
DataPlex’s experience with audience studies started when in 1980 its early client ASI Market Research wanted to convert an analog dial system to a digital version. The digital dial version was a huge success and is still used today for allowing audiences to evaluate movies, television shows and commercials before general release. The audience feedback often had a significant impact on a show’s editing or whether a commerical was shown or not. In the 1990′s this system was expanded for remote voting outside of theaters and for supporting text-based answers by survey respondents.
In 1988, DataPlex started selling its DataPlex DataKeeper, a handheld mobile computing device that featured a world clock, professional time billing, a mileage logger, and an easy-to-use database manager. This database manager was used by several customers to conduct surveys where at the end of the survey period, the survey information from each device would be downloaded to a central PC, consolidated, and summary reports produced. In the mid 1990′s, the DataKeeper received wireless communication capability where survey information and votes could be monitored and analyzed in real-time. Around that time, several companies developed wireless ARS system packages specifically to handle surveys and votes in a localized region such as a meeting room or a conference hall.
The demands on ARS continue to grow. No longer are more demanding customers content with single location polling and simple summary bar charts. They want to know what’s behind the summary results. They want to compare ARS results across multiple sessions and locations and also correlate the results with those of their other systems. They want to delve into the data and statistically pull out significant information that will help them improve their business.
On the high end, ARS are expanding above being merely a localized vote gathering tool. Now, it is asked to number-crunch, produce custom reports, feed other systems in real-time, and perform advanced digital and analog I/O (input/output) control.
DataPlex Metadox ARS
In another Metadox application supplied through DataPlex client Quick Tally Interactive Systems, the Reader’s Digest National Word Power Challenge, the application additionally controls ten video monitors with custom statistics for each of ten contestants. Metadox generates special graphics for each display, including showing each player’s name in large text and a red “X” when a player gets a question wrong. Different methods of revealing which players got what question correct or wrong keep the proceedings lively by preventing monotony.
Implementing a State-of-the-Art ARS
With the older ARS, you install the software from a CD that arrives in the mail or downloads from a website, configure it, and you are good to go. On these systems, as features are added, the configuration can get bogged down, and some of the new features may not work with your particular installation.
A state-of-the-art (SOTA) system has the pertinent features tested and qualified by an engineer as part of the process of delivering an exacting product. This step includes testing any hardware add-ons and writing and testing any custom programming code.
Once delivered, a SOTA ARS will require some additional fine-tuning because the installation is brand new. Fortunately, with technical support only a phone call away, most issues can be dealt with quickly.
In extensive applications that require much more customization than is typical, the ARS purveyors might recommend that a feasibility study be performed as a first step as a way to document the scope and detail a reasonable plan for development, lest the project run amok, which of course, is to no one’s advantage.
We are Engineers who Customize for Specific Applications
DataPlex’s niche is providing engineering and consulting services to meet exacting, custom requirements for existing or brand-new systems. We pride ourselves on providing quality products with appropriate levels of training and support. For more information on audience response and voting systems for your own needs, please visit our clients’ sites below.
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