මේකට පිළිතුරක් දෙන්න මිතුරනි

[JohnSnow]

පියවරින් පියවර දෙන්න පුලුවන් නම් හොදයි.

In an uncompressed video transmission, video stream uses 24-bit colour, 720 by 1080 resolution, and the frame rate is 25 frames per second.

(i) Identify the minimum bandwidth requirement for the effective transmission of the video.
(ii) What is the ratio of bandwidth deduction if the video is transmitted as monochrome?

 

[Charlie Babbitt]

Bump

 

[kevin_levin]

Bump

 

[001flyD]

CHAT GPT එකෙන් අහන්න,ටිකක් වැඩ වැඩියි මේ ටිකේ මනුස්සයට එත් හොඳට උත්තර දෙනවා,මෙන්න ලින්ක් එක

https://chat.openai.com/chat


In an uncompressed video transmission, video stream uses 24-bit colour, 720 by 1080 resolution, and the frame rate is 25 frames per second.

(i) Identify the minimum bandwidth requirement for the effective transmission of the video.

(ii) What is the ratio of bandwidth deduction if the video is transmitted as monochrome?


(i) The minimum bandwidth requirement for the effective transmission of the video can be calculated using the following formula: (resolution (pixels) x color depth (bits per pixel) x frame rate (frames per second)) / 8 (bits per byte)

In this case, the calculation would be: (720 x 1080 x 24 x 25) / 8 = 648,000,000 bits per second or 648 Mbps
So, the minimum bandwidth requirement for the effective transmission of the video is 648 Mbps.

(ii) To transmit the video in monochrome, the number of bits per pixel would be reduced from 24 to 1. The ratio of bandwidth reduction can be calculated by dividing the original bandwidth by the new bandwidth.

In this case, the calculation would be: (648,000,000 (original bandwidth)) / (720 x 1080 x 1 x 25) / 8 = 24
So, the ratio of bandwidth reduction when the video is transmitted as monochrome is 24:1

 

[vishwadt]

1- 1080*720*24*25 Bits per Second
2- 1080*720*8*25 Bits per Second
if you need bytes per second divide this to 8

 

[JohnSnow]

CHAT GPT එකෙන් අහන්න,ටිකක් වැඩ වැඩියි මේ ටිකේ මනුස්සයට එත් හොඳට උත්තර දෙනවා,මෙන්න ලින්ක් එක

https://chat.openai.com/chat


In an uncompressed video transmission, video stream uses 24-bit colour, 720 by 1080 resolution, and the frame rate is 25 frames per second.

(i) Identify the minimum bandwidth requirement for the effective transmission of the video.

(ii) What is the ratio of bandwidth deduction if the video is transmitted as monochrome?


(i) The minimum bandwidth requirement for the effective transmission of the video can be calculated using the following formula: (resolution (pixels) x color depth (bits per pixel) x frame rate (frames per second)) / 8 (bits per byte)

In this case, the calculation would be: (720 x 1080 x 24 x 25) / 8 = 648,000,000 bits per second or 648 Mbps
So, the minimum bandwidth requirement for the effective transmission of the video is 648 Mbps.

(ii) To transmit the video in monochrome, the number of bits per pixel would be reduced from 24 to 1. The ratio of bandwidth reduction can be calculated by dividing the original bandwidth by the new bandwidth.

In this case, the calculation would be: (648,000,000 (original bandwidth)) / (720 x 1080 x 1 x 25) / 8 = 24
So, the ratio of bandwidth reduction when the video is transmitted as monochrome is 24:1

meke uttare weradi.. man meken aran mulin beluwa.

me calculation eka karama me uttare neweine enne

(720 x 1080 x 24 x 25) / 8 = 648,000,000

meka tmai enna ona 58320000. prashne mu dena formula ekath dan harida kyana eka

mu dan mata dena utarae

(i) To calculate the minimum bandwidth requirement for the effective transmission of the video, we need to determine the total number of bits per frame.

With 24-bit color, the video is using 3 bytes (24 bits) per pixel.

With a resolution of 720 by 1080, there are a total of 720 x 1080 = 777,600 pixels per frame.

So, the total number of bits per frame is 777,600 x 24 = 18,874,400 bits.

With a frame rate of 25 frames per second, the total number of bits per second is 18,874,400 x 25 = 471,860,000 bits per second.

So, the minimum bandwidth requirement for effective transmission of the video is 471,860,000 bits per second.

(ii) If the video is transmitted as monochrome, it will use 1 byte (8 bits) per pixel.

So, the total number of bits per frame is 777,600 x 8 = 6,220,800 bits per frame.

With a frame rate of 25 frames per second, the total number of bits per second is 6,220,800 x 25 = 155,520,000 bits per second.

The ratio of bandwidth reduction is (471,860,000-155,520,000) / 471,860,000 = 0.67 or 67%

 

[001flyD]

meke uttare weradi.. man meken aran mulin beluwa.

me calculation eka karama me uttare neweine enne

(720 x 1080 x 24 x 25) / 8 = 648,000,000

meka tmai enna ona 58320000. prashne mu dena formula ekath dan harida kyana eka

mu dan mata dena utarae

(i) To calculate the minimum bandwidth requirement for the effective transmission of the video, we need to determine the total number of bits per frame.

With 24-bit color, the video is using 3 bytes (24 bits) per pixel.

With a resolution of 720 by 1080, there are a total of 720 x 1080 = 777,600 pixels per frame.

So, the total number of bits per frame is 777,600 x 24 = 18,874,400 bits.

With a frame rate of 25 frames per second, the total number of bits per second is 18,874,400 x 25 = 471,860,000 bits per second.

So, the minimum bandwidth requirement for effective transmission of the video is 471,860,000 bits per second.

(ii) If the video is transmitted as monochrome, it will use 1 byte (8 bits) per pixel.

So, the total number of bits per frame is 777,600 x 8 = 6,220,800 bits per frame.

With a frame rate of 25 frames per second, the total number of bits per second is 6,220,800 x 25 = 155,520,000 bits per second.

The ratio of bandwidth reduction is (471,860,000-155,520,000) / 471,860,000 = 0.67 or 67%

haa waradida machan...ow thama ithin oka ladaru mattame ne

 

[JohnSnow]

1- 1080*720*24*25 Bits per Second
2- 1080*720*8*25 Bits per Second
if you need bytes per second divide this to 8

1 - 58.3 mbps?

haa waradida machan...ow thama ithin oka ladaru mattame ne

matath hari eka hoya ganna beruwa inne ban me yaka eka eka welwata eka eka uttara denwane.. mekaa ladaru unata meita wada case goda dala dunna. me hichchi ganata mu aberenne kiyala hitaganna be

 

[vishwadt]

1 - 58.3 mbps?

mbps is wrong unit and it need to be Mbps or MBps
Mbps=Mega bits per Second
MBps=Mega bytes per Second

1080*720*24*25/(1024*1024) Mbps=444.94 Mbps
444.94/8 MBps=55.61 MBps

 

[sakuntha1996]

https://chat.openai.com/chat answer eka mage nemeyi

(i) To determine the minimum bandwidth requirement, we need to calculate the total number of bits per second that are required to transmit the video. This can be done by multiplying the number of pixels per frame (720 x 1080 = 777,600) by the number of bits per pixel (24) and the number of frames per second (25). Therefore, the minimum bandwidth requirement is: 777,600 x 24 x 25 = 31,199,200,000 bits per second or 31.2 Gbps.

(ii) Monochrome video uses only 1 bit per pixel, as opposed to 24 bits per pixel for color video. So, the number of bits per pixel is reduced by a factor of 24. Therefore, the ratio of bandwidth reduction for monochrome video is 24:1.

 

[vishwadt]

i) To determine the minimum bandwidth requirement, we need to calculate the total number of bits per second that are required to transmit the video. This can be done by multiplying the number of pixels per frame (720 x 1080 = 777,600) by the number of bits per pixel (24) and the number of frames per second (25). Therefore, the minimum bandwidth requirement is: 777,600 x 24 x 25 = 31,199,200,000 bits per second or 31.2 Gbps.

AI මගින් කළ පැහැදිලි කිරීම නිවැරදි නමුත් ගණනය කිරීම් වැරදියි. ටොම් පචයක් කෙලලා තියෙන්නේ

 

[sakuntha1996]

AI මගින් කළ පැහැදිලි කිරීම නිවැරදි නමුත් ගණනය කිරීම් වැරදියි. ටොම් පචයක් කෙලලා තියෙන්නේ

ඔව් ඔව් මේක නම් මම දන්නෙ නෑ. හැබැයි මම සමහර ගණන් දුන්නා . හැබැයි ඒවගෙ නම් කැල්කුලේට් කරපු ඒවා තමයි වැරදුනේ .

ඉස්සරහට හරි යයි. අපිට කෙල වෙයි

 

[Any.key]

bump

 

[kolavari]

AI මගින් කළ පැහැදිලි කිරීම නිවැරදි නමුත් ගණනය කිරීම් වැරදියි. ටොම් පචයක් කෙලලා තියෙන්නේ

Chatgpt eke amu bull kelinne...

Mata one tharam ehema set wela thiynwa...

 

[2by2]

තේරුනා වගේ ඉන්න ඕන

---

CHAT GPT එකෙන් අහන්න,ටිකක් වැඩ වැඩියි මේ ටිකේ මනුස්සයට එත් හොඳට උත්තර දෙනවා,මෙන්න ලින්ක් එක

https://chat.openai.com/chat


In an uncompressed video transmission, video stream uses 24-bit colour, 720 by 1080 resolution, and the frame rate is 25 frames per second.

(i) Identify the minimum bandwidth requirement for the effective transmission of the video.

(ii) What is the ratio of bandwidth deduction if the video is transmitted as monochrome?


(i) The minimum bandwidth requirement for the effective transmission of the video can be calculated using the following formula: (resolution (pixels) x color depth (bits per pixel) x frame rate (frames per second)) / 8 (bits per byte)

In this case, the calculation would be: (720 x 1080 x 24 x 25) / 8 = 648,000,000 bits per second or 648 Mbps
So, the minimum bandwidth requirement for the effective transmission of the video is 648 Mbps.

(ii) To transmit the video in monochrome, the number of bits per pixel would be reduced from 24 to 1. The ratio of bandwidth reduction can be calculated by dividing the original bandwidth by the new bandwidth.

In this case, the calculation would be: (648,000,000 (original bandwidth)) / (720 x 1080 x 1 x 25) / 8 = 24
So, the ratio of bandwidth reduction when the video is transmitted as monochrome is 24:1

Chat bot කියන්නේ මොකක් da me labba busy කියලා රෙද්දක් ne එන්නේ
------ Post added on Jan 14, 2023 at 9:05 PM

 

[JohnSnow]

mbps is wrong unit and it need to be Mbps or MBps
Mbps=Mega bits per Second
MBps=Mega bytes per Second

1080*720*24*25/(1024*1024) Mbps=444.94 Mbps
444.94/8 MBps=55.61 MBps

noted. Thanks bro!

 

[lovethebomb]

1- 1080*720*24*25 Bits per Second
2- 1080*720*8*25 Bits per Second
if you need bytes per second divide this to 8

Doesn't a monochromatic pixel amount to 1-bit? I'm probably wrong on this so can you explain why it's taken as 8-bit?

edit: oh it's in color neh. Stupid question, disregard me.

 

[vishwadt]

Doesn't a monochromatic pixel amount to 1-bit? I'm probably wrong on this so can you explain why it's taken as 8-bit?

Monochromic meane single hue or single colour but normally monochromic image containing light intensity values normally it is 8 bit or 256 light intensity levels. But sometimes it can be 24bit, 16bit,4bit even 1bit monochromic images. 1bit is black and white (depends on display older displays have different colours such as green and black) all other are gray-scale images normally we seen on black and white televisions. Therefore Monochromic is not related to color depth. Normal grascale vedios and images have 8bit colour depth. I never watch video containing 2 color. I think you too

 

[RottenCOLT]

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