Optimum Subwoofer Arrangement – Part II
In this post, we went to the second and last part of the best arrangement for the subwoofer using simulation results and supplementary and final results.
Optimum Subwoofer Arrangement – Part II Read More »
Optimum Subwoofer Arrangement – Part I
In this post, we went to the first part of the best subwoofer placement using simulation results and reviewed it again with data analysis.
Optimum Subwoofer Arrangement – Part I Read More »
Acoustically Designed Home Theater
In this post, we went to the acoustic design of the home theater using simulation results and re-examined it with data analysis.
Acoustically Designed Home Theater Read More »
Surface Treatments – Part II
In this post, we went to the second part of improving acoustic levels for designing a home theater, and with an example, we examined its coefficients.
Surface Treatments – Part II Read More »
Surface Treatments – Part I
In this post, we went to the first part of improving the acoustic levels for designing a home theater, and we will review the second part in future posts.
Surface Treatments – Part I Read More »
Loudspeaker Arrangement
A 3/4 surround sound setup was aligned according to the ITU-R BS.775-3 recommendations for a seven-channel arrangement. All loudspeakers are at least one meter far from any adjacent room boundary to avoid loudspeaker-room interactions since the loudspeakers used in this example The front soundstage comprises a center channel and two loudspeakers aligned at ± 30°
Loudspeaker Arrangement Read More »
Room Mode Calculation
In this post, we went on to calculate the room modes for designing a home theater and examined the second part of the requirements for implementation.
Room Mode Calculation Read More »
Home Theater Design
In this post, we went to an example of designing a home theater and examined the first part of the requirements for implementation.
Home Theater Design Read More »
Features of “Room Optimizer”
Computerized room optimization in home theaters is currently implemented in state-of-the-art surround sound processors. A practical example for computerized loudspeaker and listener positioning can be given by the software program “Room Optimizer” which was developed in 1997. This program allows computing the optimum locations for loudspeakers and listeners within a certain area which can be
Features of “Room Optimizer” Read More »
Optimum Viewing Angles and Distances and Listening Position
In this post, we went to the recommendations for optimizing viewing angles, distances and listening locations, and examined its considerations, benefits and advantages.
Optimum Viewing Angles and Distances and Listening Position Read More »
