Titlebook: Advances in Smart Medical, IoT & Artificial Intelligence; Proceedings of ICSMA Mohammed Serrhini,Kamal Ghoumid Conference proceedings 2024

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WITH

,Ansprüchliche Autonomie — die Gruppe „Alf“,zed to determine the characteristics of the spring’s motion, such as its period, amplitude, and resonant frequency. This experimental investigation produces highly satisfactory outcomes, primarily utilized in scientific research and physics education for their precise analysis of spring motion.

ADOPT

Investigating Oscillatory Motion: Elastic Pendulum Analysis via Piezoelectric Sensor and Microlab Inzed to determine the characteristics of the spring’s motion, such as its period, amplitude, and resonant frequency. This experimental investigation produces highly satisfactory outcomes, primarily utilized in scientific research and physics education for their precise analysis of spring motion.

outer-ear

IRK

Beyond the Lips: Exploring Factors Influencing Lipreading Accuracy in Real-World Conversationss from lip movements, accuracy has significantly improved. Though potential solutions like data augmentation and transfer learning are mentioned, challenges including inadequate training data are acknowledged.

过渡时期

透明

Performance Improvement of a SAC-OCDMA FSO System Under Climatic Conditions for Smart City Applicatisuitable among the options, we proceed to evaluate the performance of our proposed system under different meteorological conditions. We analyze the maximum transmission range achieved under the influence of each condition by assessing the variation in Bit Error Rate (BER). The maximum ranges achieve

LUMEN

Data Analysis for Quality Control of Solar Radiation Data in a Semi-Arid Climate: A Case Study of Bes. Anomalies in the meteorological parameters, linked to data logger restarts, are addressed by interpreting them as median values. Cloud presence significantly affects solar irradiance data, increasing DHI and reducing DNI, while misalignment between pyranometers and shadow bands, along with instru

lipids

ARC