How to lock noise Colorfit Pro 3?

Papers (9)	Insight
Journal Article•DOI Response of a lock-in amplifier to noise D. A. Van Baak, George Herold - Show less +1 more 22 Jul 2014-American Journal of Physics 9 Citations	Our results show how a lock-in amplifier can be used to measure the spectral density of noise in the case of a noise-only input signal.
Journal Article•DOI False-Lock Detection in Costas Demodulators Michael L. Olson 01 Mar 1975-IEEE Transactions on Aerospace and Electronic Systems 16 Citations	It is shown that utilizing the data and error channels to make the lock decision will prevent false lock from occurring.
Book Chapter•DOI CAS-Based Lock-Free Algorithm for Shared Deques Maged M. Michael 26 Aug 2003 63 Citations	In turn, lock-free algorithms provide significant reliability and performance advantages over lock-based implementations.
Journal Article•DOI A Digital Phase Lock Loop for an External Cavity Diode Laser Wang Xiao-Long, Tao Tian-Jiong, Cheng Bing, Wu Bin, Xu Yun-Fei, Wang Zhao-Ying, Lin Qiang - Show less +6 more 01 Aug 2011-Chinese Physics Letters 13 Citations	The lock proves to be stable and robust, and all the locking parameters can be set and optimized on a computer interface with convenience, making the lock adaptable to various setups of laser systems.
Proceedings Article•DOI Effectiveness of noise jamming with White Gaussian Noise and phase noise in amplitude comparison monopulse radar receivers Harikrishna Paik, N. N. Sastry, I. SantiPrabha - Show less +2 more 17 Feb 2014 17 Citations	It is shown that the windowing technique reduces the phase noise required for breaking the frequency lock in the receiver.
Proceedings Article•DOI Efficient and reliable lock-free memory reclamation based on reference counting Anders Gidenstam, Marina Papatriantafilou, Håkan Sundell, Philippas Tsigas - Show less +3 more 07 Dec 2005 48 Citations	To the best of our knowledge, this is the first lock-free method that provides all of these properties.
Proceedings Article•DOI Implementation of a high-frequency digital lock-in amplifier M.O. Sonnaillon, Raul Urteaga, Fabián J. Bonetto, M. Ordonez - Show less +3 more 01 May 2005 14 Citations	Experimental results show the advantages of the proposed lock-in
Journal Article•DOI Signal detection technique utilising 'lock-in' architecture using 2 ω c harmonic frequency for portable sensors Hyungbin Son, In-Il Jung, Nam-Pyo Hong, Do-Gyun Kim, Young Wook Choi - Show less +4 more 24 Jun 2010-Electronics Letters 10 Citations	Using the 2 ω c lock-in, the main signal of interest keeps away from the influence of the 1/ f noise, providing a much higher dynamic reserve.
Proceedings Article•DOI Intelligent security lock Varad Pandit, Prathamesh Majgaonkar, Pratik Meher, Shashank Sapaliga, Sachin Bojewar - Show less +4 more 11 May 2017 16 Citations	Hence, the lock is a unique combination of various aforementioned security features providing absolute solution to problem of security.

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Quantum computing poses significant challenges for logistics companies' infrastructure. Quantum computers have the potential to break into blockchains, compromising the security foundations of systems like asymmetric cryptography, which are crucial for logistics operations. This breach can lead to threats for supply chain users, highlighting the vulnerability of current infrastructure. Moreover, the rapid advancements in quantum computing may outpace the development of quantum-resistant solutions, creating uncertainty and hindering the attractiveness of blockchain technology for logistics applications. Therefore, logistics companies need to be aware of the risks posed by quantum computing and invest in enhancing their infrastructure to ensure data security and operational integrity in the face of evolving technological landscapes.How does signal distortion affect the performance of AI noise cancellation in wearable devices?

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Signal distortion, particularly in the context of active noise cancellation (ANC) in wearable devices, significantly impacts performance. Distortion, often overlooked as trivial, can lead to degradation or even divergence of the ANC controller. The distortion, especially in audio amplifiers, affects the convergence of algorithms like the filtered-x least mean square (FxLMS) in feedforward ANC systems, crucial for tonal noise cancellation. To address this, methods like using MEMS accelerometers for signal recovery have been proposed, where motion artifacts corrupt wearable sensor signals. By modeling signal corruption due to motion and employing noise cancellation techniques, such as adaptive noise cancelers, the performance of ANC in wearables can be enhanced, ensuring effective noise suppression despite signal distortions.What is the relationship between memory bandwidth and the efficiency of data processing in modern computing?

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The relationship between memory bandwidth and the efficiency of data processing in modern computing systems is critically interdependent, as highlighted by a body of research. Modern computing systems, designed predominantly to move data towards computation, face significant performance, scalability, and energy bottlenecks due to this architecture. These challenges are exacerbated by the increasing data-intensiveness of applications, where data access from memory emerges as a key bottleneck because memory bandwidth and energy do not scale well with demand. The dichotomy between computation and data storage/movement, where a substantial portion of system energy is consumed and performance is lost in moving data, underscores the inefficiency of traditional computing paradigms. To address these inefficiencies, research has explored processing-in-memory (PIM) technologies, which aim to reduce or eliminate data movement by placing computation mechanisms closer to or inside memory storage. This approach leverages the analog operational properties of DRAM and 3D-stacked memory technology to perform massively parallel operations in memory, thereby potentially alleviating the memory bandwidth bottleneck. Furthermore, the importance of memory bandwidth is not limited to traditional computing systems but extends to specialized computing platforms like FPGAs. Efficient use of memory bandwidth is essential for fully utilizing the processing capabilities of these platforms, as demonstrated by FPGA-based implementations of two-dimensional fast Fourier transform (2D-FFT), which address the memory bandwidth bottleneck through algorithm and data path design. In addition, strategies for increasing global cache reuse and optimizing data access patterns have been proposed to mitigate bandwidth limitations and improve data processing efficiency. These strategies include fusing computations on the same data and grouping data used by the same computation to enable contiguous memory access. In summary, the relationship between memory bandwidth and data processing efficiency is a central concern in modern computing, driving innovations in memory system architecture, algorithm design, and processing paradigms to overcome inherent limitations.

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