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ARTA software is a collection of programs for audio measurements and analysis in acoustical and communication systems. ARTA software uses standard and professional PC sound cards for audio signal acquisition and generation. You can read ARTA as; Audio Real Time Analysis.
ARTA software contains three programs:
ARTA has functions of following measurement
systems: Signal generator of random and deterministic signals With calibrated microphone, ARTA can be used as a virtual IEC class 1 SPL meter with a real time modes: Integrating SPL meter with 24 hours data logging, ARTA is also a powerful analyzer of Gated impulse response, Smoothed frequency response (in 1/n-octave bands), Step response, Impulse response envelope (ETC – curve), Cumulative spectral decay waterfall graphs and sonogram, Burst decay waterfall graphs and sonograms, Energy decay in reverberant environments, Room acoustical parameters, Directivity patterns, Speech intelligibility measures: MTF, STI, STIPA, %AL. ARTA software contains User manuals for all its programs (see Install section).Several Tutorials and Application Notes are presented in Support section. Latest news: April, 8, 2023; Last version of ARTA software compatible with Windows XP can be downloaded from Install section. February, 2, 2023; ARTA software version 1.9.6 is published. (see News and Install sections). September, 20, 2022; ARTA software version 1.9.5 is published. (see News and Install sections). August, 29, 2021; ARTA software version 1.9.4.1 is published. (see News and Install sections). June, 30, 2021; ARTA software version 1.9.4 is published. (see News and Install sections). For more details, see News section. Screenshots from programs ARTA, LIMP and STEPS
Figure 1. The ARTA window for impulse response analysis.
Figure 2. The dialog box for measurement of impulse response using four types of signals: periodic noise, swept-sine, MLS and external impulse.
Figure 3. The ARTA spectrum analyzer window.
Figure 4. The Energy decay window with user interface for acoustical parameters estimation
Figure 5. The Cumulative Spectral Decay of two-way loudspeaker box.
Figure 6. The Shaped Burst Decay response of two-way loudspeaker box
Figure 7. The Directivity sonogram
Figure 8. The LIMP window for impedance measurement
Figure 9. The STEPS plot of frequency response, 2nd and 3rd harmonic distortion, measured with stepped-sine. A sample from registered user list: A sample list of well known registered users contains laboratories at Samsung Electronics, Phillips, Sony Corp., Siemens, Nokia, LG Electronics, Skype/Microsoft, Analog Devices, Maxim Semiconductors, Conexant Systems, Intel Technology - Poland, L-Acoustics, Beyerdynamic, Quadral, Genelec Oy, Ford Audio-Video, General Electric Global Research, Orban, Bose, Logitech, Visaton, Revox, MBL,QSC Audio Products LLC, Bang Olufsen - Deutschland .... |
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