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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).

• 20:17, 1 May 2025 OnlyDPCanSaveMe talk contribs created page File:Interpolating FIR Filter.png (Interpolating_FIR_Filter flowgraph image)
• 20:17, 1 May 2025 OnlyDPCanSaveMe talk contribs uploaded File:Interpolating FIR Filter.png (Interpolating_FIR_Filter flowgraph image)
• 18:58, 1 May 2025 Frankfu talk contribs created page File:Pn correlator.grc (Example flowgraph pn_correlator)
• 18:58, 1 May 2025 Frankfu talk contribs uploaded File:Pn correlator.grc (Example flowgraph pn_correlator)
• 18:58, 1 May 2025 Frankfu talk contribs created page File:Pn correlator fg.png (Example flowgraph pn_correlator)
• 18:58, 1 May 2025 Frankfu talk contribs uploaded File:Pn correlator fg.png (Example flowgraph pn_correlator)
• 17:32, 1 May 2025 User account Arlen talk contribs was created by 777arc talk contribs and password was sent by email
• 14:58, 30 April 2025 Frankfu talk contribs created page File:Tuntap pdu.grc (Example flowgraph tuntap_pdu)
• 14:58, 30 April 2025 Frankfu talk contribs uploaded File:Tuntap pdu.grc (Example flowgraph tuntap_pdu)
• 14:58, 30 April 2025 Frankfu talk contribs created page File:Tuntap pdu fg.png
• 14:58, 30 April 2025 Frankfu talk contribs uploaded File:Tuntap pdu fg.png
• 15:48, 29 April 2025 Duggabe talk contribs created page Category:Deprecated (initial creation)
• 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.)
• 13:47, 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.)
• 13:46, 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.)
• 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.)
• 16:36, 28 April 2025 Frankfu talk contribs created page File:Peak detector.grc
• 16:36, 28 April 2025 Frankfu talk contribs uploaded File:Peak detector.grc
• 16:30, 28 April 2025 Frankfu talk contribs created page File:Peak detector fg.png (Peak detector example, flowgraph screenshot)
• 16:30, 28 April 2025 Frankfu talk contribs uploaded File:Peak detector fg.png (Peak detector example, flowgraph screenshot)
• 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 created page File:RAIL.grc
• 11:51, 28 April 2025 OnlyDPCanSaveMe talk contribs uploaded File:RAIL.grc
• 11:51, 28 April 2025 OnlyDPCanSaveMe talk contribs created page File:Rail.png
• 11:51, 28 April 2025 OnlyDPCanSaveMe talk contribs uploaded File:Rail.png
• 08:33, 28 April 2025 User account Arodriguez129 talk contribs was created by 777arc talk contribs and password was sent by email
• 16:13, 27 April 2025 Jesternofool talk contribs created page File:FFT Root Raised Cosine filter-01.png (Screenshot of the FFT Root Raised Cosine Filter block. It shows the graphical implementation of this block, which implements a root raised cosine filter using the FFT.)
• 16:13, 27 April 2025 Jesternofool talk contribs uploaded File:FFT Root Raised Cosine filter-01.png (Screenshot of the FFT Root Raised Cosine Filter block. It shows the graphical implementation of this block, which implements a root raised cosine filter using the FFT.)
• 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.)
• 12:44, 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.)
• 12:42, 24 April 2025 OnlyDPCanSaveMe talk contribs created page File:ZMQ REP Sink.png
• 12:42, 24 April 2025 OnlyDPCanSaveMe talk contribs uploaded File:ZMQ REP Sink.png
• 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...)
• 20:47, 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...)
• 20:42, 23 April 2025 OnlyDPCanSaveMe talk contribs created page File:Encode CCSDS 27.png
• 20:42, 23 April 2025 OnlyDPCanSaveMe talk contribs uploaded File:Encode CCSDS 27.png
• 18:16, 23 April 2025 User account Mms talk contribs was created by 777arc talk contribs and password was sent by email
• 18:16, 23 April 2025 User account Rhorst talk contribs was created by 777arc talk contribs and password was sent by email
• 18:15, 23 April 2025 User account Adeighton talk contribs was created by 777arc talk contribs and password was sent by email
• 12:08, 22 April 2025 Johannes talk contribs created page File:RFNoC split stream.png
• 12:08, 22 April 2025 Johannes talk contribs uploaded File:RFNoC split stream.png
• 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.grc
• 16:09, 21 April 2025 OnlyDPCanSaveMe talk contribs created page File:ZMQ PULL Source.png
• 16:09, 21 April 2025 OnlyDPCanSaveMe talk contribs uploaded File:ZMQ PULL Source.png
• 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.)
• 12:24, 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.)
• 12:22, 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.)
• 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.)
• 07:13, 20 April 2025 OnlyDPCanSaveMe talk contribs created page File:Alaw AudioDecoder.grc