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Lednet: A Lightweight Encoder-Decoder Network for Real-Time Semantic ...

https://cis.temple.edu/~latecki/Papers/ICIP2019.pdf

ABSTRACT The extensive computational burden limits the usage of CNNs in mobile devices for dense estimation tasks. In this paper, we present a lightweight network to address this prob-lem, namely LEDNet, which employs an asymmetric encoder-decoder architecture for the task of real-time semantic seg-mentation. More specifically, the encoder adopts a ResNet as backbone network, where two new ...

FedHAN: A Cache-Based Semi-Asynchronous Federated Learning Framework ...

https://cis.temple.edu/~jiewu/research/publications/Publication_files/Paper%206750%20Camera%20Ready%20Version.pdf

1 Introduction Federated learning (FL) [Koneˇcn ́y et al., 2017], a widely-used framework for distributed machine learning, is a signif-icant research focus. Most FL algorithms, such as the clas-sic FedAvg, fall into Synchronous Federated Learning (SFL). They require the server to wait for all selected clients’ lo-cal training and uploads before aggregating updates, and as-sume uniform ...

‘Flappy Bird’ to return after a 10-year hiatus: the true story behind ...

https://news.temple.edu/news/2024-09-20/flappy-bird-return-after-10-year-hiatus-true-story-behind-world-s-most-viral-mobile

Temple University film and media arts faculty member Thomas Sharpe discusses the rise, fall and 2025 return of Flappy Bird, the world’s most viral mobile game.

PPGSpotter: Personalized Free Weight Training Monitoring Using Wearable ...

https://cis.temple.edu/~yu/research/PPGSpotter-info24.pdf

Abstract—Free weight training (FWT) is of utmost importance for physical well-being. However, the success of FWT depends heavily on choosing the suitable workload, as improper selections can lead to suboptimal outcomes or injury. Current workload estimation approaches rely on manual recording and special-ized equipment with limited feedback. Therefore, we introduce PPGSpotter, a novel PPG ...

HearBP: Hear Your Blood Pressure via In-ear ... - Temple University

https://cis.temple.edu/~yu/research/HearBP-info24.pdf

Motivated by the above limitations, we design and im-plement a convenient, comfortable, and continuous in-ear BP monitoring system, HearBP, through an acoustic sensing scheme based on heart sounds. The key inspiration for the design comes from the following aspects.

Understanding Your ALEKS Math Placement Assessment Score

https://ira.temple.edu/sites/ira/files/TU-Understand-Your-ALEKS-Score%205-4-2022.pdf

Your ALEKS assessment score indicates your level of mathematics preparation. The table below shows the course you have placed into based on your ALEKS assessment score. Some colleges, particularly Business, Education, Engineering, Public Health, and Science & Technology, require a specific mathematics sequence. You will receive in-depth advising during orientation regarding these requirements ...

Reducing SSD Read Latency via NAND Flash Program and Erase Suspension

https://cis.temple.edu/~he/publications/Conferences/PEPausing-FAST12.pdf

The implementation of P/E suspension for NAND flash involves minimal modifications to the flash inter-face, i.e., merely the “program suspend/resume” and “erase suspend/resume” commands need to be added in the command set of the flash interface [12]. To support P/E suspension, the control logic inside the flash chip is required to determine the appropriate time to suspend the P/E ...

Lecture 6 – Chapter 3 TCP flow and congestion control

https://cis.temple.edu/~tug29203/19spring-5617/lectures/ch3-3.pdf

Lecture 6 – Chapter 3 TCP flow and congestion control CIS 5617, Fall 2019 Anduo Wang Based on Slides created by JFK/KWR

Modern Systems Analysis and Design Ch1 - Temple University

https://community.mis.temple.edu/mis5203sec001spring2021/files/2021/02/5203_04_Requirements.pdf

Explain the advantages and pitfalls of observing workers and analyzing business documents to determine system requirements. Explain how computing can provide support for requirements determination.

NFMI: Near Field Magnetic Induction based communication

https://cis.temple.edu/~apal/nfmi_comnet.pdf

Near Field Magnetic Induction (NFMI) based communication is an emerging technology that promises several advantages over the traditional radio frequency (RF) communication including low energy use, ability to work reliably in a variety of difficult propagation media (e.g., water, non-ferromagnetic metals, underground, tissue media of fresh produce & meats, etc.), and low leakage possibility ...