What is Cell Signal Encoding ?

1 Answer

Answer :

The process of separating the signals sent from different transmitters with the help of encoding system is called cell signal encoding. FDMA (Frequency Division Multiple Access) and CDMA (Code Division Multiple Access) technologies are used to separate signals from different transmitters . In other methods of multiplexing such as PDMA (Polarization Division Multiple Access) and ( TDMA Time Division Multiple Access) signals cannot be separated from one cell to another. Similarly, TDMA is used in conjunction with FDMA or CDMA in different systems to provide multiple channels within a single cell coverage area .

Related questions

Description : What is 8B / 10B encoding ?

Last Answer : ৮ B / 10B encoding is a telecommunication line code that converts every eight-bit data byte into a 10-bit transmission character. ৮ B / 10B encoding was invented by IBM and is used to ... connectivity , Gigabit Ethernet and Fiber Channel. Also 8B / 10B can detect single bit transmission error.

Description : Rate of change of a signal on a transmission medium after encoding and modulation have occurred

Last Answer : baud rate

Description : The signals which are obtained by encoding each quantized signal into a digital word is called as a) PAM signal b) PCM signal c) FM signal d) Sampling and quantization

Last Answer : b) PCM signal

Description : Why is digital signal useful in computer case ? Explain ?

Last Answer : Binary number system is used in computer design. Digital devices operate in binary mode. There may be a switch off of the digital signal or the signal may be present or absent . These are similar to the binary number system. So digital signal is useful in computer case.

Description : What is an analog signal ?

Last Answer : Answer : Analog systems use alternating analog electrical signals. An uninterrupted electrical signal is called an analog signal. Heat , pressure , flow are examples of some of the constantly changing ... electric waves. Radio , tape recorder , analog computer are some examples of analog methods.

Description : What is a Signal Regenerating Repeater ?

Last Answer : Signal Regenerating: It regenerates the signal after receiving it and eliminates noise or unneeded signals from it. This results in better network performance.

Description : What is digital signal ?

Last Answer : Answer : Level-variable signals are used instead of sequentially analog signals in a numerical or digital manner. This signal is called digital or binary signal . Isolated electrical signals are called digital ... the non-magnetic state. The two levels of digital signal are specified by 0 and 1.

Description : What is digital signal processor ?

Last Answer : The processor that converts analog signals into digital signals created by a high-powered instruction set is called a digital signal processor. The most popular DSP manufacturers are Texas Instrument ... 3 . Speech recognition 4 . Modem Function 5. Graphics Acceleration 6. Image Processing

Description : What is the signal strength of Bluetooth ?

Last Answer : The power of the signal transmitted by Bluetooth is milliwatts.

Description : Differentiate Run Length Encoding and Cell encoding?

Last Answer : Run-length encoding (RLE) is a form of lossless data compression in which runs of data (sequences in which the same data value occurs in many consecutive data elements) are stored as a single data value and ... (GIF). RLE also refers to a little-used image format in Windows 3.x, with the extension

Description : In the international standard ASCII encoding, each character needs 7 bits of storage; however, in an ASCII string one byte (8 bits) is usually used for each character. Explain why this is done?

Last Answer : Welcome to ask-public. I don’t want to do your homework for you, but I will get you started. The extra bit is called a parity bit. If you don’t know what that means, you can do some Web searching to learn more. If you are still stuck, I can explain further.

Description : Should I use a higher sampling rate when encoding songs in iTunes?

Last Answer : answer:There's definitely an audible difference between 128 and 256 if you're using good equipment. In my experience, the difference is not noticeable in everyday use for most tracks. But I keep ... that certain headphones make my ears fatigued. Since you have the space, go for the higher quality.

Description : What is the best setting for encoding audio?

Last Answer : How are you converting them? FLVs play within SWFs so there shouldn’t be any conversion happening.

Description : What is Encoding ?

Last Answer : Encoding is the process by which any news or information about external stimuli or natural forces is converted to be stored in memory.

Description : ________ is the method of encoding audio signals used in US standard 1544 kbit/s 24 channel PCM systems. A. Shannon’s law B. A-law C. Newton’s law D. Mu-law

Last Answer : D. Mu-law

Description : Transmission of printed material over telephone lines. A. Video text B. Facsimile C. Encoding D. Xerox copy

Last Answer : B. Facsimile

Description : What would happen if in a gene encoding a polypeptide of 50 amino acids, 25th codon (UAU) is mutated to UAA? (a) A polypeptide of 24 amino acids will be formed. (b) Two polypeptides of 24 and ... ) A polypeptide of 49 amino acids will be formed. (d) A polypeptide of 25 amino acids will be formed.

Last Answer : (b) Two polypeptides of 24 and 25 amino acids will be formed.

Description : .What would happen if in a gene encoding a polypeptide of 50 amino acids, 25th codon (UAU) is mutated to UAA? (a) A polypeptide of 24 amino acids will be formed. (b) Two polypeptides of 24 and ... ) A polypeptide of 49 amino acids will be formed. (d) A polypeptide of 25 amino acids will be formed.

Last Answer : (a) A polypeptide of 24 amino acids will be formed.

Description : The way in which the message travels to the receiver is called: A. Encoding B. Decoding C. Channel D. Source

Last Answer : C. Channel

Description : Standard Ethernet (10-Mbps) uses_______ encoding A) NRZ B) AMI C) Manchester D) differential Manchester

Last Answer : Manchester

Description : Encoding or scrambling data for transmission across a network is khown as a)Protection b) Detection c) Encryption d) Decryption

Last Answer : c) Encryption

Description : The sharing of a medium and its link by two or more devices is called _______. A) modulation B) encoding C) line discipline D) multiplexing

Last Answer : multiplexing

Description : In Manchester anddifferential Manchester encoding, the transition at the middle of the bit is usedfor __________. A) bit transfer B) baud transfer C) synchronization D) none of the above

Last Answer : synchronization

Description : Which encoding method uses alternating positive and negative values for1s? A) NRZ-I B) RZ C) Manchester D) AMI

Last Answer : AMI

Description : Which of the following encoding methods does not provide for synchronization? A) NRZ-L B) RZ C) NRZ-I D) Manchester

Last Answer : NRZ-L

Description : _____ encoding has a transition at the beginning of each 0 bit. A) RZ B) Manchester C) Differential Manchester D) All the above

Last Answer : Differential Manchester

Description : _____ encoding has a transition at the middle of each bit. A) RZ B) Manchester C) Differential Manchester D) All the above

Last Answer : All the above

Description : Unipolar, bipolar, and polar encoding are typesof _______ encoding. A) line B) block C) NRZ D) Manchester

Last Answer : line

Description : In ATM, the _____ layer defines thetransmission medium,bit transmission,encoding, and electrical-to-optical transformation. A) physical B) ATM layer C) AAL D) none of the above

Last Answer : physical

Description : The process of translating thought into a symbolic form is known as _____________ 1. Encoding 2. Feedback 3. Noise 4. Decoding 5. The message channel

Last Answer : Encoding

Description : The ASCII encoding of binary data is called a. base 64 encoding b. base 32 encoding c. base 16 encoding d. base 8 encoding

Last Answer : a. base 64 encoding

Description : In the MIME header field, ____describes how the object within the body was encoded in order that it be included in the message using a mail-safe form. a. content-type b. content-transfer-encoding c. content-description d. content-id

Last Answer : b. content-transfer-encoding

Description : In the MIME header field____describes how the object within the body is to be interpreted. a. content-type b. content-transfer-encoding c. content-description d. content-id

Last Answer : a. content-type

Description : In Ethernet when Manchester encoding is used, the bit rate is: a. Half the baud rate. b. Twice the baud rate. c. Same as the baud rate. d. None of the above

Last Answer : a. Half the baud rate.

Description : In the communication process, the decoding, encoding, feedback and response are together classified as A. communication tools B. communication channels C. communication functions D. communication parties

Last Answer : C. communication functions

Description : The ribosome binding site A- forms a stem-loop structure in the RNA B- is located upstream of the promoter sequence C- .is located immediately upstream of the start codon D- is more likely to be associated with an operon than with a gene encoding a single protein

Last Answer : .is located immediately upstream of the start codon

Description : __________classified by decoding, feedback, encoding and response are together in communication process. A.communication tools B.communication channels C.communication parties D.communication function Answer: D

Last Answer : D.communication function

Description : The rivosome binding site A- forms a sltem- loop structure in the RNA B- is located upstream of the promoter sequence C- is located immediately upstream of the start codon D- is more likely to be associated with an operon than with a gene encoding a single protein

Last Answer : is located immediately upstream of the start codon

Description : The ribosome binding site A- forms a stem-loop structure in the RNA B- is located upstream of the promoter sequence C- .is located immediately upstream of the start codon D- is more likely to be associated with an operon than with a gene encoding a single protein

Last Answer : .is located immediately upstream of the start codon

Description : Numerous antibodies can be prepared, against one antigen, each binds to unique epitopes. How is this antibody diversity generated? A- By rearrangements of the DNA encoding the variable regions of the heavy ... proteins can physically change their shape to bind different epitopes D- Both (a) and (b)

Last Answer : Both (a) and (b)

Description : The main difference between a self-transmissible and a mobilizableplasmidis that the selftransmissible plasmid A- transfers both strands of the plasmid DNA B- carries genes encoding the mating apparatus C- transfers antibiotic resistance genes D- usually has a transposon inserted into it

Last Answer : carries genes encoding the mating apparatus

Description : Why Deinococcusradiodurans is able to survive massive exposure to radiation? A- .Because it produces a thick shell which acts as a shield from the radiation B- Because it has unique DNA repair ... its cellwall contains radioactive elements D- Because it has many copies of genes encoding DNA repair

Last Answer : Because it has many copies of genes encoding DNA repair

Description : Errors in computer results could be due to 1) encoding of data 2) transmission of data 3) manipulation of data 4) all of the above

Last Answer : 4) all of the above

Description : What method for encoding digital data enables you to store more data in less space by limiting the distance between pulses on a hard disk?

Last Answer : Run length-limited (RLL) encoding.

Description : Older, single-sided, single-density floppy disk drives would probably use what method for encoding digital data onto the floppy disk?

Last Answer : Frequency-modulation encoding.

Description : What are the three most popular methods for encoding digital data onto magnetic disks?

Last Answer : a. Frequency modulation (FM). b. Modified frequency modulation (MFM). c. Run length limited (RLL).

Description : In Manchester encoding, does a low-to-high light level transition occurring in the middle of the bit duration represent a binary 1 or a binary 0?

Last Answer : Binary 0.

Description : Which digital data encoding method helps overcome a tape recorder’s low-frequency response problems by recording two logic levels for each incoming data bit?

Last Answer : Bi-phase level encoding.

Description : What are the four widely used variations of the NRZ encoding method?

Last Answer : a. Non-return-to-zero level (NRZ-L). b. Enhanced non-return-to-zero level (E-NRZ-L). c. Non-return-to-zero mark (NRZ-M). d. Non-return-to-zero space (NRZ-S).

Description : Which method of digital data encoding does NOT return the tape to neutral between pulses but, instead, saturates the tape positively or negatively as the incoming data changes between zero and one?

Last Answer : Non-return-to-zero (NRZ) encoding.