This study introduces the research methods for detecting changes in the mangroves of Dongzhaigang, Hainan from 2019 to 2023. Mangrove ecosystems play a crucial role in providing habitats and have ecological and econom...
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The injective chromatic number χi(G) of a graph G is the minimum number of colors needed to color the vertices of G such that different vertices with the same neighbor are colored differently. In this here, we get so...
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Lane change intention prediction is critical in improving road safety. In general, this task is achieved via two distinct approaches: The data-based approach and the rule-based approach. Generally, the former outperfo...
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ISBN:
(数字)9798331505929
ISBN:
(纸本)9798331505936
Lane change intention prediction is critical in improving road safety. In general, this task is achieved via two distinct approaches: The data-based approach and the rule-based approach. Generally, the former outperforms the latter under in-distribution scenarios. However, under out-distribution scenarios, data-based methods tend to perform extremely poorly. Rule-based methods are robust to such problems since they are formulated based on theory. Instead of relying exclusively on each approach, it is more advantageous to combine them to exploit both of their strengths. Thus, in this paper a physics guided hybrid model is proposed for lane change intention prediction to improve model robustness under distribution shift. The effectiveness of the proposed model is demonstrated in the experimental results where the proposed model outperforms rule-based models under in-distribution scenarios by 4%, and outperforms both rule-based models and data-based models in out-distribution scenarios by 3% and 60% respectively in the highD dataset.
This paper proposes an implementation of the secant optimization method on the watermark embedding in DTCWT domain. An objective function combining PSNR and NC (The Normalized Correlation) values calculated for a set ...
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In the realm of online education, precise identification of the participants and their engagement is critical for optimal learning results. With the aim of precisely monitoring attendance and engagement in an online l...
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Building on topological data analysis and expert knowledge, this study introduces a Mapper-based approach to cluster agents based on their tendency to be influenced by information spread. The context of our paper is f...
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作者:
Chinnasamy, A.Selvakumari, P.SRMIST
School of Computing Department of Data Science and Business Systems Chennai India Anna University
Chennai Institute of Technology Department of Computer Science and Engineering Chennai India
The prevalence of DR is steadily rising, which necessitates the automatic disease severity extraction and classification. About 2% of those with this illness are entirely blind because of the diabetic mellitus problem...
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Time-series data is prevalent in many applications like smart homes, smart grids, and healthcare. And it is now increasingly common to store and query time-series data in the cloud. Despite the benefits, data privacy ...
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We present a new carry look-ahead adder (NCLA) architecture that makes use of non-uniform-size CLA modules in contrast to the existing CLA architecture which typically makes use of uniform-size CLA modules. This helps...
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ISBN:
(数字)9798350362312
ISBN:
(纸本)9798350362329
We present a new carry look-ahead adder (NCLA) architecture that makes use of non-uniform-size CLA modules in contrast to the existing CLA architecture which typically makes use of uniform-size CLA modules. This helps to achieve improved speed and energy efficiency for the NCLA architecture compared to the existing CLA architecture without incurring notable area and power penalties. To demonstrate the advantage of NCLA, several adders were implemented ranging from the slow ripple carry adder to the generally considered fastest parallel-prefix adder viz. the Kogge-Stone adder (KSA), and their performance metrics were compared. The 32-bit addition was considered an example, and the different adders were implemented in a semi-custom design method using a 28-nm CMOS standard digital cell library. Based on the synthesis results, the NCLA was found to facilitate significant optimizations in design metrics compared to its high-speed counterparts. To give some examples, the NCLA achieved: (i) a 14.7% reduction in delay and a 13.4% reduction in energy compared to a high-speed CLA while occupying slightly more area, (ii) a 42.1% reduction in delay and a 58.3% reduction in energy compared to a conditional sum adder while occupying 8% more area, (iii) a 14.7% reduction in delay and a 37.7% reduction in energy compared to a speed-optimized carry select adder while requiring 37% less area, and (iv) a 20.2% reduction in energy and a 55.4% reduction in area compared to the KSA.
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