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Signals
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Signals
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Major Signals
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Pulsing Signals
Formed in 1969 by Daevid Allen, one of the founding members of Soft Machine, classic albums such as 'Camembert Electrique', 'Flying Teapot' and 'You' established Gong as one of the most unique, innovative and experimental rock groups of the 1970s. Before he sadly passed away in 2015, Allen laid out his hopes for a future Gong, that it should be uplifting, exploratory and a positive force. Kavus Torabi, Fabio Golfetti, Ian East, Dave Sturt and Cheb Nettles, chosen by him, continue his vision. 'Pulsing Signals', recorded live at The Wardrobe in Leeds, The Cluny in Newcastle and Rescue Rooms in Nottingham in 2019 during 'The Universe Also Collapses' tour finds the group in spirited form, unbeknownst to them, it being their final tour before the global pandemic took charge.
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How can digital signals be converted into analog signals?
Digital signals can be converted into analog signals through a process called digital-to-analog conversion (DAC). This conversion involves assigning specific voltage levels to represent the binary values of the digital signal. The DAC then reconstructs the continuous analog signal by converting these voltage levels back into a smooth waveform. This process is essential for devices like speakers and headphones to convert digital audio signals into sound waves that we can hear.
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How rare is the Puch Maxi S Sport with turn signals?
The Puch Maxi S Sport with turn signals is considered to be quite rare. The Puch Maxi S Sport was already a less common model, and the addition of turn signals makes it even more uncommon. These turn signals were not a standard feature on the Puch Maxi S Sport, so finding one with this feature is considered a rare find among vintage moped enthusiasts. Collectors and enthusiasts may place a higher value on this particular model due to its rarity.
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Why are there shunting signals (ZD) if there are main signals?
Shunting signals (ZD) are used to control the movement of trains within a station or yard, especially when they are not on the main line. They provide additional safety measures and help prevent collisions or other accidents by indicating to train operators when it is safe to proceed with shunting movements. Main signals are primarily used to control trains on the main line, so the presence of shunting signals ensures that there is specific guidance for shunting movements within the station or yard, separate from the main line operations. This helps to maintain efficient and safe train operations in areas where shunting activities are common.
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Are these false signals?
Without more context, it is difficult to determine if the signals are false. False signals could refer to misleading information or indicators that do not accurately represent the true situation. It would be important to analyze the source and reliability of the signals to determine if they are indeed false. Additionally, considering the potential motivations behind the signals and any potential biases would also be important in evaluating their accuracy.
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Pulsing Signals
Formed in 1969 by Daevid Allen, one of the founding members of Soft Machine, classic albums such as 'Camembert Electrique', 'Flying Teapot' and 'You' established Gong as one of the most unique, innovative and experimental rock groups of the 1970s. Before he sadly passed away in 2015, Allen laid out his hopes for a future Gong, that it should be uplifting, exploratory and a positive force. Kavus Torabi, Fabio Golfetti, Ian East, Dave Sturt and Cheb Nettles, chosen by him, continue his vision. 'Pulsing Signals', recorded live at The Wardrobe in Leeds, The Cluny in Newcastle and Rescue Rooms in Nottingham in 2019 during 'The Universe Also Collapses' tour finds the group in spirited form, unbeknownst to them, it being their final tour before the global pandemic took charge.
Price: 14.99 £ | Shipping*: 3.99 £ -
Drone Signals
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Virtue Signals
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Continuous-Amplitude Error Protection of Discrete-Time Signals
Transmitting analog audio, video, or sensor data with a digital system requires sampling and quantization.While a sampled bandlimited signal can be reconstructed perfectly if the Nyquist-Shannon sampling theorem is met, quantization unavoidably adds irreversible errors.Given a certain bitrate for quantization (or source coding in general), the achievable signal quality is therefore limited.Transmission of the signal over a noisy channel causes additional errors.If some part of the bitrate is used for protecting the signal with a channel code, these additional errors can be reduced or even eliminated.However, this reduces the achievable maximum quality if the gross bitrate is fixed.Since this compromise between quantization and channel coding is often designed for the worst-case channel, the signal quality saturates early with increasing channel quality, and transmission over a better channel is far below optimum. Instead of conventional digital systems, this thesis covers a continuous-amplitude, discrete-time system.Such a system does not exhibit this saturation of the signal quality, as its performance further improves with increasing channel quality.An example of such a system is a channel coding strategy using analog modulo block codes (AMB codes) for error protection.The encoder multiplies the unquantized symbol vector with a code matrix and limits the transmission power with a modulo operation.In practice, AMB coding is implemented by digital signal processing.The digital representation of the information symbols can be very precise and no coarse quantization is required for bitrate reduction. In this thesis, AMB codes are analyzed, designed, and evaluated.The resulting code words, consisting of a lattice and a continuous component, are presented and analyzed.New decoding techniques are developed and evaluated.Additionally, a novel method to analytically estimate the quality of the decoded signal in terms of signal-to-distortion ratio (SDR) can replace computationally much more demanding simulations in many cases.This estimation strategy allows evaluating the usefulness of codes with different dimensionalities.A new, efficient design concept is developed for codes with a single input symbol, which are most promising in terms of complexity and performance.Asystem using AMBcodes outperforms traditional digital transmission systems with short block lengths for medium to high signal-to-noise ratios on the channel.Due to their typically very short block length and low encoding complexity, AMB codes are especially well suited for low-delay, low-power applications, such as hearing aids, wireless microphones, and wireless sensor networks.
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What are speech signals?
Speech signals are the acoustic waves produced by the human vocal tract during speech. These signals contain information about the sounds and words being spoken, as well as the speaker's characteristics such as pitch, intonation, and emotional state. Speech signals are typically analyzed and processed in the field of speech and language processing to understand and interpret spoken language, and to develop technologies such as speech recognition and synthesis systems.
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Are these signals 2?
No, the signals in the image are not signals 2. These signals appear to be traffic lights, which are used to control the flow of traffic at intersections. Signal 2 typically refers to a different type of signal, such as a hand signal or a communication signal.
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Has Ex sent signals?
Yes, Ex has been sending mixed signals. At times, they have shown interest in reconnecting or getting back together, but other times they have been distant or unresponsive. This inconsistency in their behavior has made it difficult to interpret their true intentions.
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What are binary signals?
Binary signals are a type of communication that uses a two-symbol system to represent information. These signals consist of only two possible values, typically represented as 0 and 1. In digital electronics, binary signals are used to transmit data and instructions between devices, with 0 representing a low voltage level and 1 representing a high voltage level. This simple on-off system allows for efficient and reliable communication in digital systems.
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