Tootfinder

WebChoreArena: Evaluating Web Browsing Agents on Realistic Tedious Web Tasks
Atsuyuki Miyai, Zaiying Zhao, Kazuki Egashira, Atsuki Sato, Tatsumi Sunada, Shota Onohara, Hiromasa Yamanishi, Mashiro Toyooka, Kunato Nishina, Ryoma Maeda, Kiyoharu Aizawa, Toshihiko Yamasaki
https://arxiv.org/abs/2506.01952

WebChoreArena: Evaluating Web Browsing Agents on Realistic Tedious Web Tasks
Powered by a large language model (LLM), a web browsing agent operates web browsers in a human-like manner and offers a highly transparent path toward automating a wide range of everyday tasks. As web agents become increasingly capable and demonstrate proficiency in general browsing tasks, a critical question emerges: Can they go beyond general browsing to robustly handle tasks that are tedious and complex, or chores that humans often avoid doing themselves? In this paper, we introduce WebChore…

Die ePetition 160749 an den Bundestag aus dem Bereich Datenschutz mit dem Titel
Webbasierte schriftformersetzende kostenlose Signaturlösung für Privatnutzer
kann bis zum Dienstag 15. Juli 2025 01:00 UTC mitgezeichnet werden und lautet
Mit der Petition wird eine gesetzliche Regelung dahingehend gefordert, dass eine webbasierte Signaturlösung für Privatnutzer durch Anmeldung mit dem Online-Personalausweis bereitgestellt werden kann und damit signierte Dokumente für alle Behör…

got a shipment of some dev boards to port #klutshnik to microcontrollers over usb/ble, these things are small, powerful and cheap!
Waveshare RP2350-Plus https://www.waveshare.com/rp2350-plus.htm

Accelerating Loading WebGraphs in ParaGrapher
Mohsen Koohi Esfahani
https://arxiv.org/abs/2507.00716 https://arxiv.org/pdf/2507.00716…

Accelerating Loading WebGraphs in ParaGrapher
ParaGrapher is a graph loading API and library that enables graph processing frameworks to load large-scale compressed graphs with minimal overhead. This capability accelerates the design and implementation of new high-performance graph algorithms and their evaluation on a wide range of graphs and across different frameworks. However, our previous study identified two major limitations in ParaGrapher: inefficient utilization of high-bandwidth storage and reduced decompression bandwidth due to i…

On the Study of Weighted Fractional Cumulative Residual Inaccuracy and its Dynamical Version with Applications
Aman Pandey, Chanchal Kundu
https://arxiv.org/abs/2506.22975

On the Study of Weighted Fractional Cumulative Residual Inaccuracy and its Dynamical Version with Applications
In recent years, there has been a growing interest in information measures that quantify inaccuracy and uncertainty in systems. In this paper, we introduce a novel concept called the Weighted Fractional Cumulative Residual Inaccuracy (WFCRI). We develop several fundamental properties of WFCRI and establish important bounds that reveal its analytical behavior. Further, we examine the behavior of WFCRI under a mixture hazard model. A dynamic version of WFCRI also proposed and studied its behavior…

berkstan_web: Webgraph (Berkeley-Stanford)
The web graph of Berkeley and Stanford Universities (berkeley.edu and stanford.edu), as collected in 2002. Nodes represent pages and directed edges represent hyperlinks between them.
This network has 685231 nodes and 7600595 edges.
Tags: Informational, Web graph, Unweighted
https://

For a long time, it was thought that smart charging required the charging point to be made ‘smart’. However, the significant growth of smart charging – including in Europe – lies in car connectivity. This creates the best and most logical user experience and makes a fleet of EVs grid-responsive.

WeaveGrid and Rivian Collaborate to Deliver Advanced Grid-Integrated Charging Solutions | WeaveGrid
The new collaboration will enable Rivian drivers to participate in utility managed charging programs that support grid reliability and decarbonization.

berkstan_web: Webgraph (Berkeley-Stanford)
The web graph of Berkeley and Stanford Universities (berkeley.edu and stanford.edu), as collected in 2002. Nodes represent pages and directed edges represent hyperlinks between them.
This network has 685231 nodes and 7600595 edges.
Tags: Informational, Web graph, Unweighted
https://

berkstan_web: Webgraph (Berkeley-Stanford)
The web graph of Berkeley and Stanford Universities (berkeley.edu and stanford.edu), as collected in 2002. Nodes represent pages and directed edges represent hyperlinks between them.
This network has 685231 nodes and 7600595 edges.
Tags: Informational, Web graph, Unweighted
https://

berkstan_web: Webgraph (Berkeley-Stanford)
The web graph of Berkeley and Stanford Universities (berkeley.edu and stanford.edu), as collected in 2002. Nodes represent pages and directed edges represent hyperlinks between them.
This network has 685231 nodes and 7600595 edges.
Tags: Informational, Web graph, Unweighted
https://