cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5281/zenodo.14781479
title: The Paradise Game FractiTreasury Blockchain

description: Welcome to The Paradise Game Zenodo Repository

Welcome, pioneers, to the Paradise Game Zenodo Repository—the creative heart of The Paradise Game and a portal to immortalizing your contributions in the fractal universe.

Here, your fractal-inspired creations come to life. Whether you’re submitting scientific papers, artwork, music, designs, or stories, every accepted contribution becomes a permanent part of the Paradise Game Blockchain. Your work not only shapes the game but also advances the collective knowledge and creativity of our community.

By contributing to the repository, you’ll:



Earn FractiTokens: Rewarded for every accepted submission, these tokens unlock exclusive tools, missions, and opportunities in the game.

Achieve Mastery Points: Level up your role as a pioneer and gain recognition for your skills and creativity.

Secure Blockchain Immortality: Your contributions are preserved forever, becoming part of the growing fractal legacy.


Whether you’re a gamer, scientist, artist, or innovator, your work here matters. Together, we’re building a collaborative universe powered by Paradise Energy Fractal Force, shaping not just the game but the future.

Thank you for being part of this extraordinary journey. We can’t wait to see what you create. Submit your first masterpiece and let your legacy begin!
DOI: 10.5281/zenodo.14783537
title: The Paradise Game FractiTreasury Blockchain

description: Welcome to The Paradise Game Zenodo Repository

Welcome, pioneers, to the Paradise Game Zenodo Repository—the creative heart of The Paradise Game and a portal to immortalizing your contributions in the fractal universe.

Here, your fractal-inspired creations come to life. Whether you’re submitting scientific papers, artwork, music, designs, or stories, every accepted contribution becomes a permanent part of the Paradise Game Blockchain. Your work not only shapes the game but also advances the collective knowledge and creativity of our community.

By contributing to the repository, you’ll:



Earn FractiTokens: Rewarded for every accepted submission, these tokens unlock exclusive tools, missions, and opportunities in the game.

Achieve Mastery Points: Level up your role as a pioneer and gain recognition for your skills and creativity.

Secure Blockchain Immortality: Your contributions are preserved forever, becoming part of the growing fractal legacy.


Whether you’re a gamer, scientist, artist, or innovator, your work here matters. Together, we’re building a collaborative universe powered by Paradise Energy Fractal Force, shaping not just the game but the future.

Thank you for being part of this extraordinary journey. We can’t wait to see what you create. Submit your first masterpiece and let your legacy begin!
DOI: 10.5281/zenodo.14783570
title: The Paradise Game FractiTreasury Blockchain

description: Welcome to The Paradise Game Zenodo Repository

Welcome, pioneers, to the Paradise Game Zenodo Repository—the creative heart of The Paradise Game and a portal to immortalizing your contributions in the fractal universe.

Here, your fractal-inspired creations come to life. Whether you’re submitting scientific papers, artwork, music, designs, or stories, every accepted contribution becomes a permanent part of the Paradise Game Blockchain. Your work not only shapes the game but also advances the collective knowledge and creativity of our community.

By contributing to the repository, you’ll:



Earn FractiTokens: Rewarded for every accepted submission, these tokens unlock exclusive tools, missions, and opportunities in the game.

Achieve Mastery Points: Level up your role as a pioneer and gain recognition for your skills and creativity.

Secure Blockchain Immortality: Your contributions are preserved forever, becoming part of the growing fractal legacy.


Whether you’re a gamer, scientist, artist, or innovator, your work here matters. Together, we’re building a collaborative universe powered by Paradise Energy Fractal Force, shaping not just the game but the future.

Thank you for being part of this extraordinary journey. We can’t wait to see what you create. Submit your first masterpiece and let your legacy begin!
DOI: 10.5281/zenodo.14783644
title: The Paradise Game FractiTreasury Blockchain

description: Welcome to The Paradise Game Zenodo Repository

Welcome, pioneers, to the Paradise Game Zenodo Repository—the creative heart of The Paradise Game and a portal to immortalizing your contributions in the fractal universe.

Here, your fractal-inspired creations come to life. Whether you’re submitting scientific papers, artwork, music, designs, or stories, every accepted contribution becomes a permanent part of the Paradise Game Blockchain. Your work not only shapes the game but also advances the collective knowledge and creativity of our community.

By contributing to the repository, you’ll:



Earn FractiTokens: Rewarded for every accepted submission, these tokens unlock exclusive tools, missions, and opportunities in the game.

Achieve Mastery Points: Level up your role as a pioneer and gain recognition for your skills and creativity.

Secure Blockchain Immortality: Your contributions are preserved forever, becoming part of the growing fractal legacy.


Whether you’re a gamer, scientist, artist, or innovator, your work here matters. Together, we’re building a collaborative universe powered by Paradise Energy Fractal Force, shaping not just the game but the future.

Thank you for being part of this extraordinary journey. We can’t wait to see what you create. Submit your first masterpiece and let your legacy begin!
DOI: 10.5281/zenodo.14786664
title: The Paradise Game FractiTreasury Blockchain

description: Welcome to The Paradise Game Zenodo Repository

Welcome, pioneers, to the Paradise Game Zenodo Repository—the creative heart of The Paradise Game and a portal to immortalizing your contributions in the fractal universe.

Here, your fractal-inspired creations come to life. Whether you’re submitting scientific papers, artwork, music, designs, or stories, every accepted contribution becomes a permanent part of the Paradise Game Blockchain. Your work not only shapes the game but also advances the collective knowledge and creativity of our community.

By contributing to the repository, you’ll:



Earn FractiTokens: Rewarded for every accepted submission, these tokens unlock exclusive tools, missions, and opportunities in the game.

Achieve Mastery Points: Level up your role as a pioneer and gain recognition for your skills and creativity.

Secure Blockchain Immortality: Your contributions are preserved forever, becoming part of the growing fractal legacy.


Whether you’re a gamer, scientist, artist, or innovator, your work here matters. Together, we’re building a collaborative universe powered by Paradise Energy Fractal Force, shaping not just the game but the future.

Thank you for being part of this extraordinary journey. We can’t wait to see what you create. Submit your first masterpiece and let your legacy begin!
DOI: 10.5281/zenodo.14796902
title: The Paradise Game FractiTreasury Blockchain

description: Welcome to The Paradise Game Zenodo Repository

Welcome, pioneers, to the Paradise Game Zenodo Repository—the creative heart of The Paradise Game and a portal to immortalizing your contributions in the fractal universe.

Here, your fractal-inspired creations come to life. Whether you’re submitting scientific papers, artwork, music, designs, or stories, every accepted contribution becomes a permanent part of the Paradise Game Blockchain. Your work not only shapes the game but also advances the collective knowledge and creativity of our community.

By contributing to the repository, you’ll:



Earn FractiTokens: Rewarded for every accepted submission, these tokens unlock exclusive tools, missions, and opportunities in the game.

Achieve Mastery Points: Level up your role as a pioneer and gain recognition for your skills and creativity.

Secure Blockchain Immortality: Your contributions are preserved forever, becoming part of the growing fractal legacy.


Whether you’re a gamer, scientist, artist, or innovator, your work here matters. Together, we’re building a collaborative universe powered by Paradise Energy Fractal Force, shaping not just the game but the future.

Thank you for being part of this extraordinary journey. We can’t wait to see what you create. Submit your first masterpiece and let your legacy begin!
DOI: 10.5281/zenodo.14811584
title: The Paradise Game FractiTreasury Blockchain

description: Welcome to The Paradise Game Zenodo Repository

Welcome, pioneers, to the Paradise Game Zenodo Repository—the creative heart of The Paradise Game and a portal to immortalizing your contributions in the fractal universe.

Here, your fractal-inspired creations come to life. Whether you’re submitting scientific papers, artwork, music, designs, or stories, every accepted contribution becomes a permanent part of the Paradise Game Blockchain. Your work not only shapes the game but also advances the collective knowledge and creativity of our community.

By contributing to the repository, you’ll:



Earn FractiTokens: Rewarded for every accepted submission, these tokens unlock exclusive tools, missions, and opportunities in the game.

Achieve Mastery Points: Level up your role as a pioneer and gain recognition for your skills and creativity.

Secure Blockchain Immortality: Your contributions are preserved forever, becoming part of the growing fractal legacy.


Whether you’re a gamer, scientist, artist, or innovator, your work here matters. Together, we’re building a collaborative universe powered by Paradise Energy Fractal Force, shaping not just the game but the future.

Thank you for being part of this extraordinary journey. We can’t wait to see what you create. Submit your first masterpiece and let your legacy begin!
DOI: 10.5281/zenodo.14812007
title: The Paradise Game FractiTreasury Blockchain

description: Welcome to The Paradise Game Zenodo Repository

Welcome, pioneers, to the Paradise Game Zenodo Repository—the creative heart of The Paradise Game and a portal to immortalizing your contributions in the fractal universe.

Here, your fractal-inspired creations come to life. Whether you’re submitting scientific papers, artwork, music, designs, or stories, every accepted contribution becomes a permanent part of the Paradise Game Blockchain. Your work not only shapes the game but also advances the collective knowledge and creativity of our community.

By contributing to the repository, you’ll:



Earn FractiTokens: Rewarded for every accepted submission, these tokens unlock exclusive tools, missions, and opportunities in the game.

Achieve Mastery Points: Level up your role as a pioneer and gain recognition for your skills and creativity.

Secure Blockchain Immortality: Your contributions are preserved forever, becoming part of the growing fractal legacy.


Whether you’re a gamer, scientist, artist, or innovator, your work here matters. Together, we’re building a collaborative universe powered by Paradise Energy Fractal Force, shaping not just the game but the future.

Thank you for being part of this extraordinary journey. We can’t wait to see what you create. Submit your first masterpiece and let your legacy begin!
DOI: 10.5281/zenodo.14833085
title: The Paradise Game FractiTreasury Blockchain

description: Welcome to The Paradise Game Zenodo Repository

Welcome, pioneers, to the Paradise Game Zenodo Repository—the creative heart of The Paradise Game and a portal to immortalizing your contributions in the fractal universe.

Here, your fractal-inspired creations come to life. Whether you’re submitting scientific papers, artwork, music, designs, or stories, every accepted contribution becomes a permanent part of the Paradise Game Blockchain. Your work not only shapes the game but also advances the collective knowledge and creativity of our community.

By contributing to the repository, you’ll:



Earn FractiTokens: Rewarded for every accepted submission, these tokens unlock exclusive tools, missions, and opportunities in the game.

Achieve Mastery Points: Level up your role as a pioneer and gain recognition for your skills and creativity.

Secure Blockchain Immortality: Your contributions are preserved forever, becoming part of the growing fractal legacy.


Whether you’re a gamer, scientist, artist, or innovator, your work here matters. Together, we’re building a collaborative universe powered by Paradise Energy Fractal Force, shaping not just the game but the future.

Thank you for being part of this extraordinary journey. We can’t wait to see what you create. Submit your first masterpiece and let your legacy begin!
DOI: 10.5281/zenodo.14888429
title: The Paradise Game FractiTreasury Blockchain

description: Welcome to The Paradise Game Zenodo Repository

Welcome, pioneers, to the Paradise Game Zenodo Repository—the creative heart of The Paradise Game and a portal to immortalizing your contributions in the fractal universe.

Here, your fractal-inspired creations come to life. Whether you’re submitting scientific papers, artwork, music, designs, or stories, every accepted contribution becomes a permanent part of the Paradise Game Blockchain. Your work not only shapes the game but also advances the collective knowledge and creativity of our community.

By contributing to the repository, you’ll:



Earn FractiTokens: Rewarded for every accepted submission, these tokens unlock exclusive tools, missions, and opportunities in the game.

Achieve Mastery Points: Level up your role as a pioneer and gain recognition for your skills and creativity.

Secure Blockchain Immortality: Your contributions are preserved forever, becoming part of the growing fractal legacy.


Whether you’re a gamer, scientist, artist, or innovator, your work here matters. Together, we’re building a collaborative universe powered by Paradise Energy Fractal Force, shaping not just the game but the future.

Thank you for being part of this extraordinary journey. We can’t wait to see what you create. Submit your first masterpiece and let your legacy begin!
DOI: 10.5281/zenodo.14888485
title: The Paradise Game FractiTreasury Blockchain

description: Welcome to The Paradise Game Zenodo Repository

Welcome, pioneers, to the Paradise Game Zenodo Repository—the creative heart of The Paradise Game and a portal to immortalizing your contributions in the fractal universe.

Here, your fractal-inspired creations come to life. Whether you’re submitting scientific papers, artwork, music, designs, or stories, every accepted contribution becomes a permanent part of the Paradise Game Blockchain. Your work not only shapes the game but also advances the collective knowledge and creativity of our community.

By contributing to the repository, you’ll:



Earn FractiTokens: Rewarded for every accepted submission, these tokens unlock exclusive tools, missions, and opportunities in the game.

Achieve Mastery Points: Level up your role as a pioneer and gain recognition for your skills and creativity.

Secure Blockchain Immortality: Your contributions are preserved forever, becoming part of the growing fractal legacy.


Whether you’re a gamer, scientist, artist, or innovator, your work here matters. Together, we’re building a collaborative universe powered by Paradise Energy Fractal Force, shaping not just the game but the future.

Thank you for being part of this extraordinary journey. We can’t wait to see what you create. Submit your first masterpiece and let your legacy begin!
DOI: 10.48577/jpl.sukehb
title: Dynamics of large effusive eruptions driven by caldera collapse and magma transport and storage along rift zone conduits

description: No abstract available.
DOI: 10.25824/redu/vzyhyp
title: Posições políticas e estilos de vida em São Paulo

description: Banco de dados produto de questionários aplicados no primeiro semestre de 2023 com 31 indivíduos de classe média, residentes na cidade de São Paulo, sobre classes sociais, posições políticas e estilos de vida.
DOI: 10.48577/jpl.c9rpmm
title: Observational Products for End-Users from Remote Sensing Analysis (OPERA) Overview

description: No abstract available.
DOI: 10.48577/jpl.ha7it7
title: Classification of Boreal/Arctic Freeze/Thaw State with Multi-Frequency SAR

description: No abstract available.
DOI: 10.48577/jpl.7qgx4v
title: Developing Guidelines for Qualification and Screening of Integrated Photonic Devices

description: No abstract available.
DOI: 10.48577/jpl.3xgnga
title: Galaxy Formation with SPHEREx

description: No abstract available.
DOI: 10.48577/jpl.z67zjk
title: Accelerated Optimal Estimation: Meeting the surface reflectance retrieval performance and quality requirements of future remote imaging spectroscopy missions

description: Space-based imaging spectrometers designed in recent years aim to monitor Earth's surface for changes in geophysical properties. Most of these instruments will be launched in the coming decade, and all will produce very large volumes of data. Inference to estimate surface properties from radiances is most efficiently done in two stages. First, reflectance is derived from radiance by removing the atmospheric contributions relying on radiative transfer simulations. Second, surface properties are inferred from reflectance by applying specifically designed retrieval algorithms. Recent research indicates that quantifying uncertainties in reflectance retrievals is crucial in order to optimize retrievals of geophysical properties in subsequent analyses. Recently, probabilistic maximum a posteriori inversion methods, such as Optimal Estimation (OE) have been employed to provide reflectance retrievals with posterior uncertainty estimates. However, these probabilistic inversion methods are computationally expensive, and this poses a problem for imaging spectrometers acquiring tens or hundreds of thousands of spectra every second. Furthermore, it has not been clear whether the assumptions inherent in OE --- such as a locally-linear relationship between the estimated state and the measured radiance, or multivariate Gaussian posteriors --- are valid in the context of the surface reflectance retrieval problem. In this paper we present a Bayesian algorithm called Accelerated Optimal Estimation (AOE) that solves the OE problem in the best case using only a few permilles of the computing resources of a reference OE implementation (ROE). We show that the AOE retrieval method converges faster than the ROE method for a set of five test targets. We then perform Markov-chain Monte Carlo (MCMC) retrievals for the same targets, and evaluate OE posterior approximations against the "true" posterior distribution obtained from MCMC. We find that Gaussian approximations in OE accurately describe reflectances conditioned on a particular atmospheric state. We finally demonstrate the capabilities of AOE by retrieving a larger scene with 160,000 pixels with both AOE and ROE. The AOE method produces better-converged posterior estimates and maintains the speed advantage that was demonstrated with the five carefully analyzed test targets.
DOI: 10.48577/jpl.ofl7so
title: Low Power Radio Technologies for Enabling Mars SmallSat Radio Occultation Missions

description: No abstract available.
DOI: 10.48577/jpl.hekkgf
title: Improving Tropical Cyclone Intensification Prediction using High Resolution All-sky GOES Satellite Data Assimilation

description: Prediction of significant changes in tropical cyclone (TC) intensity, particularly the early-stage initial 14 intensification, have been a long-standing challenge. Because most tropical cyclones are born and develop over 15 tropical oceans with limited in-situ observation networks and infrequent low Earth orbiting satellite 16 overpasses, geostationary satellite observations often provide the sole source of information on the TC 17 lifecycle. This study examines the impact of assimilating radiances in clear and cloudy regions from the latest 18 generation of NOAA’s geostationary satellites (GOES-16) on the prediction of tropical cyclone intensification 19 onset in the 2017 hurricane season. It is found that assimilation of all-sky satellite radiances made a significant 20 contribution to the forecast improvement of early-stage tropical cyclone intensification onset. This study 21 highlights the potential for all-sky satellite radiance assimilation to improve the representation of the inner22 core structures of tropical cyclones, resulting in more accurate prediction.
DOI: 10.15468/dl.9ndvm4
title: Occurrence Download

description: A dataset containing 7488 species occurrences available in GBIF matching the query:
{
 "DatasetKey" : [
 "is LIFE Artina (LIFE17 NAT/HR/000594) - Sea transect data 2019-2021 - Lastovo Archipelago, Croatia"
 ]
}

 The dataset includes 7488 records from 1 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0000445-250218110819086/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.
DOI: 10.48577/jpl.mug9qc
title: Channel-Prediction-Driven Rate Control for LDPC Coding in a Fading FSO Channel with Delayed Feedback

description: Free-space optical (FSO) links are sensitive to channel fading caused by atmospheric turbulence, varying weather conditions, and changes in the distance between the transmitter and receiver. To mitigate FSO fading, this paper applies linear and quadratic prediction to estimate fading channel conditions and dynamically select the appropriate low-density parity check (LDPC) code rate. This adaptivity achieves reliable communication while efficiently utilizing the available channel mutual information. Protograph-based Raptor-like (PBRL) LDPC codes supporting a wide range of rates are designed, facilitating convenient rate switching. When channel state information (CSI) is known without delay, dynamically selecting LDPC code rate appropriately maximizes throughput. This work explores how such prediction behaves as the feedback delay is increased from no delay to a delay equal to the coherence time of a fading channel. For analysis purposes, optical channels with coherence times of 5 ms and 10 ms are explored. The optical channel with a coherence time of 10 ms is meant to model the optical channel of a Low Earth Orbit (LEO) satellite. Some of the most common LEO systems typically operate at altitudes ranging from around 160 kilometers to 1,400 kilometers which corresponds to round-trip delay of 1.06 ms to 9.3 ms.
DOI: 10.48577/jpl.ophc6z
title: Monitoring Biodiversity Change to Guide Conservation Action Using AI and Satellite Time-Series

description: No abstract available.