MP3
mpeg-1 or mpegg-2 sound coherent 3 is commonly known as MP3. The MP3 way is a symbolic method to put the sound in the computer. The monopoly of this method has been obtained. MP3 allows a part of the sound to stop less space in a computer's sound recording device, such as a computer or sound. MP3 is also a method of sound transactions.
MP3 Way Moving Picture was a part of the Expert Group's Empeague-1 and later became part of the Employ-2 standard.
It is a way to go somewhat part of the sound of the MP3's way, although most people feel as if they are listening to the original music. The 1.28 lakh bit per second speed built by MPithri, occupies about 11 times less space in the computing than the music CD. By using the MPithriya speed, we can make our storage according to the quality of the lower quality and by remaining in the computer, we can create our desired storage.
The MPTHRY method is very efficient in terms of space used in the computer. In short, the MPithri way is to make a mental and auditory replica of our voice handling, to reduce or remove some parts of the sound, put other sounds in the empty space, use the space completely.
History How M. Python came in the way of development?
Ampathri method is based on one of the handicap handling of all of us, which we can call a shadowy mascot. In 1894, Alfred Marshall Mayer showed that a part of a low-velocity sound could make the second part of the more vibration sound incomprehensible, as if it had put a mask on the sound. In 1959, Richard Ehmer released the pages showing this error completely. Ernst Tehrt and his colleagues show the error in a way that can be used in the computer. After this many reports of many authors came in and they found us the extent and color of this problem.
In 1979, Manfred Schroeder and his colleagues at Bell Labs Murray Heel New Jersey and M. a. Kraussner has proposed a way to put and extract sound in the computer using the audio-visual capability independently in the United States. Crasner created a machine using acoustic mask that can be sprayed (not music) in a computer. It was the first scientist who made such a machine. But Craner did not announce it in a specially known Lincoln Laboratory Technical Report, and for that reason the acoustic mask remains a common way for scientists. Manfred Schroeder was a well-known scientist, but his announcement continued to be more popular because of any negative consequences. Shroder and Crosner step forward to pick and mask the words of Eberhard Zweiker's voice. And Zwickker, Harry Fletcher and his Bell Labs pushed forward the work done by comrades. Then there are many ways to compress the sound using the masks of the Journal on Selected Araries in Camunication of Eye Triple E. Using this mask of light in February 1988, many voices of compression and many quick mechanisms are announced.
The best way to amplify the sound by following the field of vibrations is to get the sound (OCF) in the computer, and the sound absorption is the way to convert the sound into a computer (PXFM). These two methods and Thomson-Brandt sound were taken in a way called a aspack by mixing them with the way to change the volume. This method has also been handed over to Empegg and thus won the prize of quality, but it is very complicated because of erroneous beliefs that have been repudiated. The first venture machine of the OCF method was created with the Silicon Chip (DSP) to carry out various tasks on the number of messages taken in Motorola's 56000 electrons. Crassner's machine was very complex and slow for family use, so it was abandoned.
We saw that the OCF and PxFM are the ancestors of the MP3. Fathers of the MPithry tradition, Carlhain's Brandnberg, who is a Ph.D. Then worked, and James D. Johnston (JJ) is from the Bay Bell Lab. He created this method with the Frohnofer Society for Integrated Circuits, Arlangan. There is very little contribution in the Empute way.
Carlhanges Brandnberg Germany's Arlangen-Nuremberg University, Ph.D. Students were working on ways of coping with noise from the early years of 1980s, and how the people would handle their main curiosity. In 1989, he received Ph.D. Finished And Arlangen-Nuremberg became an Assistant Professor in the University. The work of compressing his voice was continuing with Fronehofer Society. In 1993 joined the Frohnhofer Institute.
MP3 Way Moving Picture was a part of the Expert Group's Empeague-1 and later became part of the Employ-2 standard.
It is a way to go somewhat part of the sound of the MP3's way, although most people feel as if they are listening to the original music. The 1.28 lakh bit per second speed built by MPithri, occupies about 11 times less space in the computing than the music CD. By using the MPithriya speed, we can make our storage according to the quality of the lower quality and by remaining in the computer, we can create our desired storage.
The MPTHRY method is very efficient in terms of space used in the computer. In short, the MPithri way is to make a mental and auditory replica of our voice handling, to reduce or remove some parts of the sound, put other sounds in the empty space, use the space completely.
History How M. Python came in the way of development?
Ampathri method is based on one of the handicap handling of all of us, which we can call a shadowy mascot. In 1894, Alfred Marshall Mayer showed that a part of a low-velocity sound could make the second part of the more vibration sound incomprehensible, as if it had put a mask on the sound. In 1959, Richard Ehmer released the pages showing this error completely. Ernst Tehrt and his colleagues show the error in a way that can be used in the computer. After this many reports of many authors came in and they found us the extent and color of this problem.
In 1979, Manfred Schroeder and his colleagues at Bell Labs Murray Heel New Jersey and M. a. Kraussner has proposed a way to put and extract sound in the computer using the audio-visual capability independently in the United States. Crasner created a machine using acoustic mask that can be sprayed (not music) in a computer. It was the first scientist who made such a machine. But Craner did not announce it in a specially known Lincoln Laboratory Technical Report, and for that reason the acoustic mask remains a common way for scientists. Manfred Schroeder was a well-known scientist, but his announcement continued to be more popular because of any negative consequences. Shroder and Crosner step forward to pick and mask the words of Eberhard Zweiker's voice. And Zwickker, Harry Fletcher and his Bell Labs pushed forward the work done by comrades. Then there are many ways to compress the sound using the masks of the Journal on Selected Araries in Camunication of Eye Triple E. Using this mask of light in February 1988, many voices of compression and many quick mechanisms are announced.
The best way to amplify the sound by following the field of vibrations is to get the sound (OCF) in the computer, and the sound absorption is the way to convert the sound into a computer (PXFM). These two methods and Thomson-Brandt sound were taken in a way called a aspack by mixing them with the way to change the volume. This method has also been handed over to Empegg and thus won the prize of quality, but it is very complicated because of erroneous beliefs that have been repudiated. The first venture machine of the OCF method was created with the Silicon Chip (DSP) to carry out various tasks on the number of messages taken in Motorola's 56000 electrons. Crassner's machine was very complex and slow for family use, so it was abandoned.
We saw that the OCF and PxFM are the ancestors of the MP3. Fathers of the MPithry tradition, Carlhain's Brandnberg, who is a Ph.D. Then worked, and James D. Johnston (JJ) is from the Bay Bell Lab. He created this method with the Frohnofer Society for Integrated Circuits, Arlangan. There is very little contribution in the Empute way.
Carlhanges Brandnberg Germany's Arlangen-Nuremberg University, Ph.D. Students were working on ways of coping with noise from the early years of 1980s, and how the people would handle their main curiosity. In 1989, he received Ph.D. Finished And Arlangen-Nuremberg became an Assistant Professor in the University. The work of compressing his voice was continuing with Fronehofer Society. In 1993 joined the Frohnhofer Institute.
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