All public logs

Combined display of all available logs of GNU Radio. You can narrow down the view by selecting a log type, the username (case-sensitive), or the affected page (also case-sensitive).

• 14:37, 4 May 2025 OnlyDPCanSaveMe talk contribs uploaded File:Block deinterleave.grc (GRC file of block Deinterleave)
• 14:37, 4 May 2025 OnlyDPCanSaveMe talk contribs created page File:Block deinterleave.grc (GRC file of block Deinterleave)
• 14:35, 4 May 2025 OnlyDPCanSaveMe talk contribs created page File:Deinterleave.png (Flowgraph for Deinterleave Block)
• 14:35, 4 May 2025 OnlyDPCanSaveMe talk contribs uploaded File:Deinterleave.png (Flowgraph for Deinterleave Block)
• 10:26, 3 May 2025 OnlyDPCanSaveMe talk contribs uploaded File:Exponentiate const int.grc (GRC file for the following Exponentiate Const Int Block.)
• 10:26, 3 May 2025 OnlyDPCanSaveMe talk contribs created page File:Exponentiate const int.grc (GRC file for the following Exponentiate Const Int Block.)
• 10:25, 3 May 2025 OnlyDPCanSaveMe talk contribs uploaded File:Exponentiate Const Int.png (Flowgraph for the Exponentiate Const Int block)
• 10:25, 3 May 2025 OnlyDPCanSaveMe talk contribs created page File:Exponentiate Const Int.png (Flowgraph for the Exponentiate Const Int block)
• 06:50, 2 May 2025 OnlyDPCanSaveMe talk contribs uploaded File:Endian Swap.grc (GRC file for Endian Swap Block)
• 06:50, 2 May 2025 OnlyDPCanSaveMe talk contribs created page File:Endian Swap.grc (GRC file for Endian Swap Block)
• 06:49, 2 May 2025 OnlyDPCanSaveMe talk contribs created page File:Endian swap.png (Flowgraph for Endian Swap Block)
• 06:49, 2 May 2025 OnlyDPCanSaveMe talk contribs uploaded File:Endian swap.png (Flowgraph for Endian Swap Block)
• 20:21, 1 May 2025 OnlyDPCanSaveMe talk contribs uploaded File:Interpolating fir filter.grc (Here is the .grc file for this)
• 20:21, 1 May 2025 OnlyDPCanSaveMe talk contribs created page File:Interpolating fir filter.grc (Here is the .grc file for this)
• 20:17, 1 May 2025 OnlyDPCanSaveMe talk contribs uploaded File:Interpolating FIR Filter.png (Interpolating_FIR_Filter flowgraph image)
• 20:17, 1 May 2025 OnlyDPCanSaveMe talk contribs created page File:Interpolating FIR Filter.png (Interpolating_FIR_Filter flowgraph image)
• 13:47, 29 April 2025 OnlyDPCanSaveMe talk contribs uploaded File:Fractional interpolator.grc (The Fractional Interpolator MMSE block performs signal interpolation using a Minimum Mean Square Error (MMSE) approach. It adjusts the phase shift and resampling ratio (input_rate / output_rate) to generate an interpolated complex signal. This block is ideal for fine-tuning signal timing and sample rates.)
• 13:47, 29 April 2025 OnlyDPCanSaveMe talk contribs created page File:Fractional interpolator.grc (The Fractional Interpolator MMSE block performs signal interpolation using a Minimum Mean Square Error (MMSE) approach. It adjusts the phase shift and resampling ratio (input_rate / output_rate) to generate an interpolated complex signal. This block is ideal for fine-tuning signal timing and sample rates.)
• 13:46, 29 April 2025 OnlyDPCanSaveMe talk contribs uploaded File:Fractional Interpolator.png (The Fractional Interpolator MMSE block performs signal interpolation using a Minimum Mean Square Error (MMSE) approach, adjusting the phase shift and resampling ratio (input_rate / output_rate) to generate an interpolated complex signal. It’s ideal for fine-tuning signal timing and sample rates.)
• 13:46, 29 April 2025 OnlyDPCanSaveMe talk contribs created page File:Fractional Interpolator.png (The Fractional Interpolator MMSE block performs signal interpolation using a Minimum Mean Square Error (MMSE) approach, adjusting the phase shift and resampling ratio (input_rate / output_rate) to generate an interpolated complex signal. It’s ideal for fine-tuning signal timing and sample rates.)
• 12:00, 28 April 2025 OnlyDPCanSaveMe talk contribs uploaded a new version of File:Rail.png (Rail.png)
• 11:51, 28 April 2025 OnlyDPCanSaveMe talk contribs uploaded File:RAIL.grc
• 11:51, 28 April 2025 OnlyDPCanSaveMe talk contribs created page File:RAIL.grc
• 11:51, 28 April 2025 OnlyDPCanSaveMe talk contribs uploaded File:Rail.png
• 11:51, 28 April 2025 OnlyDPCanSaveMe talk contribs created page File:Rail.png
• 12:44, 24 April 2025 OnlyDPCanSaveMe talk contribs uploaded File:ZMQ Rep Sink.grc (Acts as a streaming sink in a flowgraph, writing its input data to a ZeroMQ (ZMQ) REP (Reply) socket. The REP socket only sends its contents to an attached REQ (Request) socket when the REQ socket requests data.)
• 12:44, 24 April 2025 OnlyDPCanSaveMe talk contribs created page File:ZMQ Rep Sink.grc (Acts as a streaming sink in a flowgraph, writing its input data to a ZeroMQ (ZMQ) REP (Reply) socket. The REP socket only sends its contents to an attached REQ (Request) socket when the REQ socket requests data.)
• 12:42, 24 April 2025 OnlyDPCanSaveMe talk contribs uploaded File:ZMQ REP Sink.png
• 12:42, 24 April 2025 OnlyDPCanSaveMe talk contribs created page File:ZMQ REP Sink.png
• 20:47, 23 April 2025 OnlyDPCanSaveMe talk contribs uploaded File:Encode ccds.grc (The Encode CCSDS 27 block is a 1/2 rate, k=7 convolutional encoder that takes a packed stream of bits (as bytes from the Random Source) and produces twice as many output symbols (0 or 1). Each input byte (8 bits) generates 16 symbols, packed into 2 bytes. With a Random Source generating random bytes (0 to 255), the input bits are pseudo-random, leading to a pseudo-random sequence of output symbols after encoding. After Unpack K Bits (K=1) and Char To Float, the output should be a stream of...)
• 20:47, 23 April 2025 OnlyDPCanSaveMe talk contribs created page File:Encode ccds.grc (The Encode CCSDS 27 block is a 1/2 rate, k=7 convolutional encoder that takes a packed stream of bits (as bytes from the Random Source) and produces twice as many output symbols (0 or 1). Each input byte (8 bits) generates 16 symbols, packed into 2 bytes. With a Random Source generating random bytes (0 to 255), the input bits are pseudo-random, leading to a pseudo-random sequence of output symbols after encoding. After Unpack K Bits (K=1) and Char To Float, the output should be a stream of...)
• 20:42, 23 April 2025 OnlyDPCanSaveMe talk contribs uploaded File:Encode CCSDS 27.png
• 20:42, 23 April 2025 OnlyDPCanSaveMe talk contribs created page File:Encode CCSDS 27.png
• 16:09, 21 April 2025 OnlyDPCanSaveMe talk contribs uploaded File:ZMQ pull Source.grc
• 16:09, 21 April 2025 OnlyDPCanSaveMe talk contribs created page File:ZMQ pull Source.grc
• 16:09, 21 April 2025 OnlyDPCanSaveMe talk contribs uploaded File:ZMQ PULL Source.png
• 16:09, 21 April 2025 OnlyDPCanSaveMe talk contribs created page File:ZMQ PULL Source.png
• 12:24, 21 April 2025 OnlyDPCanSaveMe talk contribs uploaded File:Magnitude phase complex.grc (The Magnitude and Phase to Complex block in GNU Radio converts two float inputs—magnitude and phase—into a complex output. It takes a magnitude signal (e.g., amplitude) and a phase signal (e.g., angle in radians) and generates a complex number where the real and imaginary parts reflect the polar-to-rectangular transformation. This is useful for synthesizing modulated signals, with applications in signal processing and communication systems.)
• 12:24, 21 April 2025 OnlyDPCanSaveMe talk contribs created page File:Magnitude phase complex.grc (The Magnitude and Phase to Complex block in GNU Radio converts two float inputs—magnitude and phase—into a complex output. It takes a magnitude signal (e.g., amplitude) and a phase signal (e.g., angle in radians) and generates a complex number where the real and imaginary parts reflect the polar-to-rectangular transformation. This is useful for synthesizing modulated signals, with applications in signal processing and communication systems.)
• 12:22, 21 April 2025 OnlyDPCanSaveMe talk contribs uploaded File:Magnitude and Phase To Complex.png (The "Magnitude and Phase To Complex" block converts two float inputs—magnitude and phase—into a complex output. It takes a magnitude signal (e.g., amplitude) and a phase signal (e.g., angle in radians) and generates a complex number where the real and imaginary parts reflect the polar-to-rectangular transformation. This is useful for synthesizing modulated signals, with applications in signal processing and communication systems.)
• 12:22, 21 April 2025 OnlyDPCanSaveMe talk contribs created page File:Magnitude and Phase To Complex.png (The "Magnitude and Phase To Complex" block converts two float inputs—magnitude and phase—into a complex output. It takes a magnitude signal (e.g., amplitude) and a phase signal (e.g., angle in radians) and generates a complex number where the real and imaginary parts reflect the polar-to-rectangular transformation. This is useful for synthesizing modulated signals, with applications in signal processing and communication systems.)
• 07:13, 20 April 2025 OnlyDPCanSaveMe talk contribs uploaded File:Alaw AudioDecoder.grc
• 07:13, 20 April 2025 OnlyDPCanSaveMe talk contribs created page File:Alaw AudioDecoder.grc
• 07:12, 20 April 2025 OnlyDPCanSaveMe talk contribs uploaded File:Alaw Audio Decoder.png (The Alaw Audio Decoder block is used for decoding A-law encoded audio. It takes audio data as input in the form of bytes (typically 8-bit A-law encoded samples) and converts it into 16-bit signed short format for further processing.The block essentially decompresses the compressed audio data to its original form.)
• 07:12, 20 April 2025 OnlyDPCanSaveMe talk contribs created page File:Alaw Audio Decoder.png (The Alaw Audio Decoder block is used for decoding A-law encoded audio. It takes audio data as input in the form of bytes (typically 8-bit A-law encoded samples) and converts it into 16-bit signed short format for further processing.The block essentially decompresses the compressed audio data to its original form.)
• 10:02, 18 April 2025 OnlyDPCanSaveMe talk contribs uploaded File:Fast multiply const.grc (The Fast Multiply Const block multiplies an input signal by a scalar constant, optimized for performance using VOLK (Vector-Optimized Library of Kernels))
• 10:02, 18 April 2025 OnlyDPCanSaveMe talk contribs created page File:Fast multiply const.grc (The Fast Multiply Const block multiplies an input signal by a scalar constant, optimized for performance using VOLK (Vector-Optimized Library of Kernels))
• 10:00, 18 April 2025 OnlyDPCanSaveMe talk contribs created page File:Fast Multiply Const.png (The flowgraph uses two QT GUI Time Sinks to compare the original sine wave (amplitude 1) from the Signal Source with the amplified signal (amplitude 2) after the "Fast Multiply Const" block (constant 2). This dual-sink setup allows for a clear visual verification of the block’s multiplication effect, aiding learning, debugging, and documentation by showing input and output side by side.)
• 10:00, 18 April 2025 OnlyDPCanSaveMe talk contribs uploaded File:Fast Multiply Const.png (The flowgraph uses two QT GUI Time Sinks to compare the original sine wave (amplitude 1) from the Signal Source with the amplified signal (amplitude 2) after the "Fast Multiply Const" block (constant 2). This dual-sink setup allows for a clear visual verification of the block’s multiplication effect, aiding learning, debugging, and documentation by showing input and output side by side.)
• 17:38, 16 April 2025 OnlyDPCanSaveMe talk contribs uploaded File:Dc blocker.grc (The DC Blocker is a computationally efficient block designed to remove the DC component from a signal, useful for applications like AM signal processing, where a DC bias may be introduced. It creates a tight notch filter around DC, outperforming simpler IIR filters, with configurable parameters: a delay line length (default 32, adjustable to widen/narrow the notch) and a long form option (True for a flatter response with higher group delay, False for faster processing with lower delay).)