![]() ![]() And a common factor distinguishing these situations seems to be a wide social scope of our signals. At work suits are also worn in sales, management, finance, and law. The interview suit example brings to mind the question: what distinguishes social situations where we wear suits from those where we don’t? We wear suits to funerals, weddings, in court, and when we represent some groups to other groups. Interviewers can similarly be reluctant to hire a competent person from a low ranked college, if others might hear of this fact and think less of them. Yet that interviewer could still be reluctant to hire you, knowing they’d have to explain the hire to others who know you didn’t wear a suit. For example, even if you didn’t wear a suit to a job interview, in the hour long interview you might still convince your interviewer that you’d be a capable productive employee. But often signals have a wider scope – signal interpreters often care a lot about how still other parties will interpret their signal interpretation. ![]() While higher bosses who only cared to evaluate this boss would punish them for encouraging yes men, when they themselves seek to look good to still higher bosses, they’d rather allow such encouragement, while pretending otherwise.Ī lot of signaling analysis imagines just two parties, the party signaling and the party interpreting the signal. Yet real bosses often reveal opinions early, encouraging “yes men.” I suggested that this is because large boss-subordinate opinion deviations make bosses look bad as well as subordinates. This predicts bosses hiding their opinions as long as possible. A simple story says bosses evaluate subordinate expertise via the deviation between subordinate and boss opinions. More information regarding suitable input devices for specific iPhone or iPod touch models can be found on the Faber Acoustical blog.Two years ago I posted on the puzzle of yes men. More information on SignalScope can be found at Faber Acoustical online. External hardware may be required for analog input capability. SignalScope 2.0 is now available for download on the iPhone App Store for $24.99 (USD) in the Utilities category. All other devices can perform measurements with the headset connector, but using a stereo dock connector input device is recommended for the highest quality measurements. For audio signals, the 1st gen iPod touch requires a dock connector input device (such as the MacAlly iVoice Pro) to be used with SignalScope. IMPORTANT NOTE: iPod touch devices require additional external hardware to get audio signals into SignalScope. Another upgrade can be purchased to enable data acquisition features, such as saving data to text or MAT files, which can then be downloaded to any Mac or PC via a standard web browser.Īvailable in-app purchase upgrades include:Ī full upgrade to the functionality of SignalScope Pro for $59.99 (includes all other upgrades) Īn Octave and 1/3-octave Analyzer tool (RTA) for $19.99 Īnd a Data acquisition upgrade (text and MAT file data capture) with downloading to Mac or PC via a standard web browser for $19.99. Available upgrades include individual tools, such as the level meter (functionally equivalent to the sound level meter tool in the popular SoundMeter app), octave analyzer, and signal generator. In addition to enabling users to upgrade to the full functionality of SignalScope Pro for iPhone all at once, SignalScope 2.0 offers incremental upgrades. Faber Acoustical's SignalScope 2.0 includes full and partial upgrades, via in-app purchase, that unlock additional tools and functionality, which previously were only available in the Pro version. With version 2, SignalScope users can now enjoy the full features of the Pro version without having to pay full price for SignalScope Pro. Faber Acoustical has announced that SignalScope 2.0 for iPhone and iPod touch devices is available for immediate download on the iTunes App Store. ![]()
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