scispace - formally typeset
Search or ask a question

What is clock1 clock2? 


Best insight from top research papers

Clock1 and Clock2 are mentioned in multiple abstracts. Clock1 is a first clock located at the first end of an AC power line and Clock2 is a second clock located at the second end of the power line. The abstracts discuss methods and arrangements for time synchronization between these two geographically separated stationary clocks. The synchronization circuits and systems described in the abstracts aim to reduce clock offsets between Clock1 and Clock2 by comparing representations of an oscillating power line quantity produced at each end of the power line and time-stamped by the respective clocks. The abstracts also mention the use of bidirectional synchronizers and feedback sections to transfer commands and signals between digital circuits functioning with Clock1 and Clock2.

Answers from top 5 papers

More filters
Papers (5)Insight
The paper does not explicitly mention "clock1" or "clock2". It discusses using a first clock (input clock) to generate a second clock with a non-integer frequency ratio.
The paper does not explicitly mention "clock1" and "clock2".
Clock 1 and Clock 2 are two of the clocks mentioned in the paper. Clock 1 consists of an integrated circuit, an indicator, a reset switch, and a transistor, while Clock 2 is an independent clock without the reset switch and transistor.
The paper does not explicitly mention "clock1" or "clock2". However, it discusses the synchronization between two geographically separated stationary clocks, referred to as the "first clock" and the "second clock".
Patent
Gemelli Riccardo, Marco Pavesi 
17 Apr 2000
3 Citations
The paper does not explicitly define what clock1 and clock2 are. However, it mentions that clock1 and clock2 are different in terms of frequency and/or phase.

Related Questions

Why L1 is important in L2 classroom?5 answersL1, the first language, holds significance in L2 classrooms for various reasons. Research indicates that incorporating L1 into L2 sessions can aid language learning by facilitating better understanding, mastering grammar, and expressing complex ideas naturally. Furthermore, L1 can serve as a tool for acquiring new vocabulary, comparing grammatical rules, and forming connections between languages, enhancing cognitive processes in language acquisition. Teachers and students generally favor L1 use in L2 classrooms, especially for specific contexts or goals, supporting the effectiveness of a bilingual or co-taught approach. Additionally, L1 plays facilitating roles in class and task management, scaffolding target language production, and providing conceptual clarification, as seen in pedagogical approaches like CLIL and Translanguaging.
What is the function and role of F2RL1in human cell?4 answersF2RL1, also known as coagulation factor II thrombin receptor-like 1, plays a crucial role in various cellular processes. It has been shown to affect major pathways involved in cell differentiation, adhesion, and proliferation. F2RL1 is abundant in retinal ganglion cells and is associated with new blood vessel formation during retinal development and in ischemic retinopathy. In myocardial infarction, F2RL1 is regulated by the upstream regulatory miRNA and lncRNA, and its downregulation has been found to ameliorate the condition. F2RL1 is also a receptor for F2L, a highly conserved acetylated peptide, and its activation has been shown to have chemoattractant effects on human monocytes and dendritic cells. The function and role of F2RL1 in human cells include its involvement in cell signaling, angiogenesis, and disease progression, making it a potential target for therapeutic interventions.
What is the Thy1.2 gene?3 answersThe Thy1.2 gene is a gene found in mice that codes for the Thy-1.2 allotypic form of the Thy-1 glycoprotein. It has been cloned and its complete exon/intron structure and nucleotide sequence have been determined. The gene consists of four exons and three intervening sequences, and its transcriptional unit produces a tissue and developmental stage-specific mRNA of 1850 bp. The 5' end of the gene has multiple initiation sites and a non-TATA box promoter, while the 3' end has a single polyadenylation site after a long untranslated region. In contrast to mice, humans have only one allotypic form of Thy-1, which is coded for by a gene located on chromosome 11.
How does L1 (first language) affect the acquisition of L2 (second language)?5 answersL1 (first language) has a significant impact on the acquisition of L2 (second language). Bilingual language models (LMs) trained with L1 pretraining showed accelerated linguistic generalization in L2, indicating the influence of L1 on L2 acquisition. In primary schools in China, using L1 to learn L2 has been found to have benefits in language learning, supporting the validity of this learning mode. The errors made by junior high school students in their English compositions reveal the influence of L1 thinking on their L2 acquisition, emphasizing the importance of cultivating second language thinking in junior high school. Incorporating a principled approach to the use of L1 in L2 classroom instruction has been shown to have an effect on L2 acquisition. The role of L1 in L2 acquisition has been a central issue in applied linguistics, second language acquisition, and language learning, with varying perspectives and theories on language transfer.
What are the differences between type 1 and type 2 diabetes?5 answersType 1 diabetes is a chronic disease where the body cannot produce insulin on its own, often diagnosed in younger individuals. It is caused by genetics and immune system destruction of beta cells, leading to absolute insulin insufficiency. Type 2 diabetes, on the other hand, typically affects adults and is characterized by insulin resistance, where the body does not effectively use insulin. It is more prevalent in adults due to an insufficient supply of insulin. Type 1 diabetes is more prone to microvascular complications, while type 2 diabetes is more likely to progress to macrovascular complications. Both types of diabetes have similar emotional reactions and perceive their diagnosis as a major life event. However, individuals with type 2 diabetes express worry for long-term complications, while those with type 1 diabetes describe their diagnosis as a surprise.
What 1 1?5 answersOne is a metaphysical concept that is fundamental to our understanding of the world. It is the notion of being a single entity and is essential for communication, thought, and cognition. The concept of one has implications in various areas of philosophy, including metaphysics, philosophy of language, philosophy of mind, and ethics. There are different senses of oneness, each giving rise to a problem known as the problem of the one and the many. These problems include understanding numerical unity, the relationship between parts and unity, the location of universals in multiple things, and the claim that all things are one. The concept of oneness is complex and has far-reaching implications in philosophy.

See what other people are reading

Double Edge-Triggered Half-Static Clock-Gating D-Type Flip-Flop
5 answers
Double Edge-Triggered Half-Static Clock-Gating D-Type Flip-Flop
5 answers
How counters are used in computer timing?
5 answers
Counters play a crucial role in computer timing by incrementing various parameters based on received commands or signals. They are utilized for measuring frequencies, counting clock signals, generating patterns, and defining output clock edges. These counters can be configured with specific registers and control words to ensure accurate timing measurements and high precision in counting tasks. Additionally, counters can be interconnected within an array to execute complex functions independently once enabled by a processor, providing flexibility in generating outputs for interrupts or peripheral devices. By utilizing counters with different clock speeds and stop values, computer systems can accurately define positions of output clock edges and generate pulses at predetermined times within an input clock period.
What are the factors of Design considerations in architecture?
5 answers
Design considerations in architecture encompass a variety of factors that influence the architectural decision-making process. These factors include physical problems such as mental, behavioral, mobility, hearing, and visual challenges, as well as psychological needs like intimate atmosphere, containment, privacy, simplicity, ease of movement, and color preferences. Additionally, architectural design decisions are influenced by earthquake response concepts, plan geometries, structural system configurations, and torsional irregularities. Legal constraints, building codes, thermal, acoustical, and energy-related indicators, structural integrity, time pressure, and cost constraints also play a crucial role in shaping design considerations in architecture. Moreover, considerations like power consumption, area, speed, reliability, and time to market impact architectural choices and design implementations. The interplay of these diverse factors highlights the complexity and multidimensional nature of design considerations in architecture.
What is the difference between the Kangpole's TexWave 5GTM Spectrum Analyzer Probe and traditional spectrum analyzers?
5 answers
The Kangpole's TexWave 5GTM Spectrum Analyzer Probe differs from traditional spectrum analyzers in several key aspects. Unlike conventional analyzers that face hardware complexity issues with increasing bandwidth, the TexWave 5GTM utilizes all-optical technology with a bandwidth exceeding 5 terahertz, offering advanced capabilities in a compact design. Additionally, while traditional analyzers rely on mechanical components, the TexWave 5GTM boasts stability, reliability, and absence of moving parts, making it suitable for various applications including optical testing and fiber communications. Moreover, the TexWave 5GTM features wireless data synchronization from multiple remote probes, composite frequency data creation, and a unique graphical display for enhanced data analysis, setting it apart from standard analyzers.
How to design low power chip?
4 answers
To design a low power chip, various techniques can be employed based on the specific requirements of the application. Implementing clock gating, standby modes, multi-threshold voltage, power gating, and multi-voltage design are popular strategies for reducing power consumption in System-on-Chip (SoC) designs. Additionally, utilizing low power complementary metal-oxide-semiconductor (CMOS) integrated circuit design techniques such as forward-biasing MOSFETs, Dynamic threshold MOSFET (DTMOS) method, and adaptive body-biasing can significantly enhance power efficiency in chip design. It is crucial to optimize design methodologies at all levels to achieve low power objectives, considering factors like dynamic power dissipation due to transition activity and the impact of semiconductor process technology size on leakage power. Incorporating these techniques can lead to the development of energy-efficient and cost-effective chips for various applications.
What are the applications of AlScN in Neuromorphic systems?
5 answers
Aluminum Nitride (AlN) and Aluminum Scandium Nitride (AlScN) find applications in neuromorphic systems for synaptic weight elements and neural network simulations. AlN-based memristors demonstrate reliable resistive switching behaviors, long retention, and multi-level storage, showcasing potential for electronic synapses in future neuromorphic systems. Carbon nanotube-based ferroelectric synaptic transistors, including AlScN, exhibit well-mimicked plasticity, achieving distinguishable conductance states and dynamic ranges suitable for artificial synapses in flexible neuromorphic devices. These materials contribute to the development of energy-efficient computing, neuroprosthetics, and smart health monitoring through their ability to mimic biological nervous system functions and enable pattern recognition with high accuracy in artificial neural network simulations.
What are the historical reasons behind the practice of changing clocks forward?
4 answers
The practice of changing clocks forward, known as Daylight Saving Time (DST), has historical roots in mitigating the phase of human activity and reducing exposure to early morning darkness. This adjustment aligns social clocks with the natural day, balancing risks associated with circadian misalignment around transition dates. The concept of time measurement has evolved significantly, with modern Western society emphasizing precise clock time as a commodity. However, the biological clock, inherent in all organisms, regulates various physiological and behavioral aspects based on a roughly 24-hour cycle, independent of man-made timekeeping devices like atomic clocks. Understanding circadian rhythms at molecular levels highlights the intricate genetic and environmental factors influencing an organism's chronotype and the fine-tuning of circadian homeostasis.
What is a BKD rate?
4 answers
BKD rate refers to the rate used in Bridge-based Knowledge Distillation (BKD) approach for knowledge distillation in recommendation systems. The BKD approach utilizes a bridge model based on Graph Neural Networks (GNNs) to facilitate the student model's learning from the teacher model's latent representations. The bridge model identifies significant feature interaction relationships using the edges of GNNs, reducing redundancy for improved efficiency. To enhance the efficiency of knowledge distillation, the extracted knowledge is decoupled and each component is transferred separately to the student model. Experimental results show that the proposed BKD approach outperforms state-of-the-art competitors on various tasks.
What is the chronology of fictional Bengali detective characters since 1892?
5 answers
Bengali literature had consisted solely of verse compositions before the period being examined, with no prose. Journalism eventually killed the custom of private patronage prevalent in Bengali literature, leading to the use of Bengali language by poets.Bengali cuisine has been appreciated and espoused within Bengali-speaking communities, both in India and abroad. This attachment to traditional cuisine is not unique to Bengalis, as diasporic situations tend to fuse personal needs with a culinary irredentism.The work analyzes fictional texts written in Bengali by Bankimchandra Chattopadhyaya, Rabindranath Tagore, and Sarat Chandra Chattopadhyaya, focusing on women's attempts to create space for themselves within restrictive social parameters and forge an individual identity. The book does not categorize women but perceives each character in her unique subjectivity.A digital clock is designed to show time in Bengali characters using an 8X8 dot matrix display. The clock uses a real-time clock (DS1307) and a microcontroller (PIC 16F877A) to adjust and display the time.
What are the pipeline sales stages in salesforce?
5 answers
Salesforce does not appear to be mentioned in any of the provided abstracts.