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9.4k
| Query Intents
stringclasses 8
values | Subject
stringclasses 182
values |
---|---|---|
what is the environmental impact of AI
|
Literature Understanding
|
computer science
|
Ethical AI in banking
|
Literature Understanding
|
computer science
|
find a paper on software defects prediction or software fault ...
|
Paper Finding
|
computer science
|
papers about isac and ai
|
Paper Finding
|
computer science
|
Regulation of very long-chain fatty acid elongation by nutrient sensing and cellular stress
|
Literature Understanding
|
biology
|
Summarize A Reassessment of Monetary Policy Surprises and High-Frequency Identification
|
Paper Understanding
|
finance
|
What are the best model classes for paraphrasing which does *not* rely on giant neural networks (i.e. LLMs)?
|
Literature Understanding
|
computer science
|
what is conflict in intimate partnership
|
Literature Understanding
|
psychology
|
Universal design for learning
|
Literature Understanding
|
education
|
What is LERC score from this paper: https://aclanthology.org/2020.emnlp-main.528/? What is the difference between LERC and BERTScore? Which one is better to use in evaluating the answer's overlap score?
|
Paper Understanding
|
computer science
|
The scientific impact of a research paper describes the positive and negative influence the paper has on its field of study as well as other fields.
To understand the impact of a paper, one needs to understand how it has been utilized and discussed by other papers.
This is normally referred to as citation intents or aspects.
One also needs to understand the evolution of the impact over time.
Given the paper titled "Making Monolingual Sentence Embeddings Multilingual Using Knowledge Distillation" published in 2020, describe the influence of this paper.
The output impact statement should cover different eras of influence, describing specific aspects of impact,
and back up every claim with specific sources.
|
Literature Understanding
|
computer science
|
which AI method is best for drug response prediction using multi-omics data
|
Literature Understanding
|
biology
|
The role of employer branding in recruitment in Vietnam enterprises
|
Literature Understanding
|
business
|
please find studies on how stress can reduce healthspan
|
Paper Finding
|
biology
|
What is balance sheet
|
Literature Understanding
|
business
|
how many different types of origin of replication are there on plasmids?
|
Literature Understanding
|
biology
|
How to make a tourism policy analysis for an academic article?
|
Ideation
|
tourism studies
|
What are the most relevant papers in 2023-2025 on Query Performance Prediction?
|
Paper Finding
|
computer science
|
Depiction ofposthumanism in fiction
|
Literature Understanding
|
literature
|
HER2 ADC companion diagnostic
|
Literature Understanding
|
medicine
|
generation with attribution for LLM
|
Paper Finding
|
computer science
|
Results of a study on the impact of cybersecurity on the sustainability of organizations
|
Literature Understanding
|
business
|
Find papers that understand LLM alignment through distributions.
|
Paper Finding
|
computer science
|
is there any work which propose sampling method that induce more diverse output from language models?
|
Paper Finding
|
computer science
|
Complex scientific annotation tasks
|
Literature Understanding
|
computer science
|
I want to study the attitude and behavior intention of college students towards intelligence education. What aspects should the research background start from?
|
Ideation
|
education
|
how can lower temperature influence the expression in ecoli positively?
|
Literature Understanding
|
biology
|
AI cloth pattern design
|
Paper Finding
|
computer science
|
how to enable LLMs with the ability to do predictive analysis over tabular data?
|
Literature Understanding
|
computer science
|
AI-Driven Cybersecurity Strategies for Protecting Industrial Control Systems in the Oil and Gas Industry
|
Literature Understanding
|
computer science
|
can you describe findings on agile work design and multi-level organizational social dynamics
|
Literature Understanding
|
organizational behavior
|
How many electrons are in the human body?
|
Literature Understanding
|
physics
|
please explain the following paper: C. Weder, G. Müller, B. Brümmer. Precipitation extremes on time scales from minute to month measured at the Hamburg Weather Mast 1997-2014 and their relation to synoptic weather types. 2017
|
Paper Understanding
|
physics
|
What are the recent developments in feedback research
|
Literature Understanding
|
psychology
|
bias in large language models
|
Literature Understanding
|
computer science
|
Are research in decentralised control loops in ORAN?
|
Literature Understanding
|
computer science
|
What are the principles of strategic synergy?
|
Literature Understanding
|
business
|
what kind of dirty data sets can be repaired with baran ?
|
Literature Understanding
|
computer science
|
How many batteries will be manufactured in the United States in 2030?
|
Literature Understanding
|
finance
|
What Human Agent Interaction
|
Literature Understanding
|
computer science
|
Magnetic properties of the TiO end of STO
|
Literature Understanding
|
engineering
|
use GNN methods to solve the problem of source localization
|
Literature Understanding
|
computer science
|
If an enterprise solely focuses on hygiene factors (such as salary increases) while neglecting motivator factors (such as empowerment and recognition of achievements), employees may lack the motivation for long-term commitment or to fully realize their potential.
|
Literature Understanding
|
business
|
The volume of data transmitted per round grows linearly with model size and
the number of participating devices. For large deep learning models (e.g., CNNs or LSTMs), the per-round upload cost can reach hundreds of megabytes, which becomes unsustainable
in resource-constrained wireless settings such as mobile IoT,
LPWAN, or NB-IoT networks.
|
Other
|
computer science
|
is AURKB overexpression associated with response to nab-Paclitaxel for treating triple negative breast cancer ?
|
Literature Understanding
|
medicine
|
The industrialization of Canada can be traced back several decades that can be regarded as significant in the country’s history. Canadian industrialization in the historical perspective originated from early 1800’s when Canada started changing from an agricultural and trading country to industry-based economy. The industrialization process in Canada occurred in several phases with technological developments, the availability of natural resources, the immigration of people, and the policies of the government as the determinants. In this essay, the historical advancements and general milestones defining the industrialization journey in Canada will be outlined.
The First Wave of Industrialization (1945 – 1975)
Canada’s industrial development started right from when it became a nation in 1867 through Confederation that led to the establishment of the Dominion of Canada. It was during this time that the country was more or less an agrarian society with not much commercial and industrial development or advancement in scientific or technological sectors. However, the National Policy of 1879 signaled the dawn of the first phase of industrialization of the economy within Canada. The Canadian Tariffs which were formulated as a National Policy meant to protect industries from foreign competition increased manufacturing and economic diversification. This policy saw the development of the railway system for the nation and development of industries in manufacturing, mining, and forestry.
This phase was characterized by development of infrastructures and the most major one was the construction of the Canadian Pacific Railway (CPR) from 1881 to 1885. The railway marked the division of east and west of the country and extended accessibility to the otherwise uninhabited territories for colonization and exploitation. They carried out a large workforce which summated thousands of immigrants from Europe particularly from the British Isles which in turn accelerated population and industrial advancement.
While contributing to the flow of people and commodities across the country the CPR was instrumental in the process of exploitation of natural resources in Canada. It extended into the Prairie provinces thereby playing a significant role in the development of the wheat as well as the cattle industries and into the resourceful regions of British Columbia thereby contributing to the development of the lumber and mining industries. The First World War in 1914 exposed Canada to globalization and industrialization since the country offered products such as resources and weapons to the Allied countries. Canadian companies also built up their businesses and new industries like automobile industry, chemical industry etc was established.
The Second Industrial Revolution (1919-1960s)
Post-war and during the interwar years, Canada experienced a steady but slow rate of industrialization and was still predominantly an agricultural country. While the Great Depression of the 1930s set back the industrialization process, the Second World War (1939-1945) brought industrialization back in full force due to Canada’s involvement in the war effort for the Allies. The postwar period is generally considered the starting point for the second phase of industrialization in Canada. Other factors that include natural resource endowment, a growing consumer market and skilled workforce helped the country to industrialize further and build more diversified economy.
Among the drives that facilitated the advancement of this phase of industrialization was the expansion of the car manufacturing industry. Business entities like Ford and GM invested in motor manufacturing industries which created employment opportunities in Canada. The development of this industry also created demand for steel and other materials, positively impacting the performance of mining companies and steel manufacturers. The 1950s and 1960s also marked the beginning of the development of new industries in Canada, especially electronics and aerospace. Businesses like Bell Canada and Nortel were in a position to contribute to the industrialization of the nation as they grew to become international telecoms giants.
The Third Wave of Industrialization (1970s To Present)
Canada entered the third phase of industrialization in the 1970s which is associated with the rise of post-industrialism. This wave was due to several reasons such as conventional natural resources depletion factor, increased energy costs, transition to a more educated skilled human resource. In this phase, Canada has experienced the growth of sectors like IT, bio tech and finance sectors among others. These sectors have experienced further development due to government incentives on innovation and entrepreneurship, in addition to trade liberalization which has paved way for globalization enabling Canadian companies to export products to various international markets. A rapid expansion of the service sector has taken place in Canada especially the business and technical services, and financial services starting from 1980s. Recent shifts to the knowledge economy have led to the development of Sci-Tech communities in metropolitan cities like Toronto, Montreal, and Vancouver where most of the technology, research and education hubs exist.
Conclusion
In conclusion, this paper has shown that the advancement of industrialization in Canada was a display of the country’s strength and capability in capturing the natural endowment with a view of enhancing the nation’s wealth. Based on existing literature, the process of industrialization has been observed to take a long time and it takes several phases where each phase has different factors influencing it, different technologies and different policies. The industrialization process of Canada has had fluctuations that include the construction of the Canada Pacific Railway in the 1880s up to the development of information and technology-based industries in the current society. Nevertheless, throughout this period the state has been able to sustain a robust and developed economy that has allowed this country to withstand the impact of globalization and continue to play an active role in the global economy.
|
Other
|
social sciences
|
Technical Explanation of Multimodal LLM
|
Literature Understanding
|
computer science
|
Research on materials informatics using generative AI
|
Literature Understanding
|
engineering
|
papers about video games sociology
|
Paper Finding
|
social sciences
|
design practitioners typically play with low-fidelity prototypes and rough sketches (\eg~\cite{}) to explore multiple conceptual paths before committing to detailed development.
|
Other
|
arts
|
Review of Konjac Glucomannan Structure, Properties, Gelation Mechanism
|
Literature Understanding
|
food science
|
Thyroid stimulating hormone expression recombinant
|
Paper Finding
|
biology
|
Can you suggest papers involving NeRF? Specifically, 2D to 3D modeling.
|
Paper Finding
|
computer science
|
What is the benefit of smaller semiconductor process nodes?
|
Literature Understanding
|
engineering
|
Universal Neural audio codec trained with audioset
|
Paper Finding
|
computer science
|
high density multi-electrode array (HD-MEA)
|
Literature Understanding
|
neuroscience
|
Blockchain technology has revolutionized decentralized data management by ensuring security, transparency, and immutability. However, scalability limitations remain a critical bottleneck, particularly in permissionless blockchains that require high transaction throughput. The growing demand for decentralized applications (DApps) has highlighted the inefficiencies of traditional blockchain architectures, which struggle with increased network congestion and transaction latency.
Sharding has emerged as a promising scalability solution, partitioning the blockchain network into smaller, independently processed units known as shards. Despite its potential, sharding faces key challenges in ensuring security, reducing cross-shard communication, and optimizing node-shard assignments. Existing approaches, such as Random Sharding (RS), provide strong security guarantees but suffer from poor scalability. Alternatively, Genetic Algorithm (GA)-based sharding has demonstrated moderate performance improvements but remains computationally expensive and prone to local optima.
To address these challenges, this paper explores Ant Colony Optimization (ACO) and Reinforcement Learning (RL) as advanced optimization techniques for secure and scalable blockchain sharding. ACO leverages a pheromone-inspired heuristic mechanism to dynamically allocate nodes to shards, balancing security and performance. Meanwhile, RL employs a learning-based adaptation strategy to iteratively refine shard assignments based on observed network conditions.
Through extensive experimentation on over 360,000 test cases, this study compares the effectiveness of ACO, RL, GA, and RS across three key metrics:
Scalability – measured by transaction throughput and network efficiency.
Security – evaluated based on adversary tolerance in sharded architectures.
Computational Efficiency – assessed via execution time and convergence speed.
The results demonstrate that ACO achieves the highest balance between scalability and security, outperforming GA and RS while maintaining efficient execution. RL exhibits the highest scalability potential but suffers from performance variability. To the best of our knowledge, this is the first comprehensive comparative study of ACO and RL in permissionless blockchain sharding. These insights contribute to the development of more efficient and adaptable blockchain scaling mechanisms.
|
Other
|
computer science
|
most important papers on vascular medicine
|
Paper Finding
|
medicine
|
Parameter identification of BLDC motor model via machine learning
techniques
|
Paper Finding
|
engineering
|
• can you analyse the legal framework related to REDD+ National Strategy formulation and implementation in sierra leone
|
Literature Understanding
|
environmental science
|
Is there a relationship between a good product UI and customer churn or customer referral?
|
Literature Understanding
|
business
|
Zinc hydroxide Crystal structure
|
Literature Understanding
|
chemistry
|
Characteristics of sentences that are easy for people with aphasia to read
|
Literature Understanding
|
medicine
|
what have people done wrt ensemble methods and fair voting policy? for example condorcet vs majority voting etc. etc.? has there been work? has there been work with minority voices / communities in this respect?
|
Literature Understanding
|
computer science
|
measuring heartrate from face camera based on machine learning
|
Literature Understanding
|
computer science
|
Definition of Multi-agent system
|
Literature Understanding
|
computer science
|
what are the most important criticisms against cost-benefit analysis for transport project evaluation?
|
Literature Understanding
|
finance
|
give me papers on transformer and its other versions
|
Paper Finding
|
computer science
|
In the AdS/CFT correspondence, is there any literature that studies the Higgs phenomenon in which the SU(N) gauge symmetry is broken?
|
Paper Finding
|
physics
|
Joint symbolic aggregate approximation of time series
|
Literature Understanding
|
computer science
|
method to develop digital literacy model
|
Literature Understanding
|
education
|
Density of states at the TiO end of strontium titanate
|
Literature Understanding
|
engineering
|
optimization of read latency, capacity, power consumption, etc.. of flash-based PIM
It is about information theory
|
Literature Understanding
|
computer science
|
What are the most relevant research topics on Information Retrieval?
|
Ideation
|
computer science
|
digital health education learning for medical students
|
Literature Understanding
|
medicine
|
Can you suggest 3 papers that study LLMs' abilities of generating new research ideas in NLP in Korean?
|
Paper Finding
|
computer science
|
Hello. I am a master's student in energy systems engineering, specializing in modeling and renewable energies.
I am currently focused on my thesis and conducting research.
I want to conduct research on reducing and optimizing energy consumption in buildings in a way that is related to my field, which is renewable energies.
The type and process of the project must be software-based and I do not have the ability to use physical equipment.
I also have problems and deficiencies in collecting data.
What do you think I should work on in this area that is both innovative and meets the stated needs?
|
Ideation
|
engineering
|
find papers on data center heat recovery
|
Paper Finding
|
engineering
|
what is the effect of edible coating enriched with natural bioactiive from plant on the quality of fish meat ?
|
Literature Understanding
|
food science
|
spatial resilience ecosystem stability
|
Literature Understanding
|
environmental science
|
Green Economy Modeling: o Incorporating green economy principles into the energy transition. write this for phd proposal include academic references
|
Ideation
|
finance
|
Standardized Evaluation of Software Requirements Engineering
|
Literature Understanding
|
computer science
|
Why are IoCs not preferable in Cyber Security defence
|
Literature Understanding
|
computer science
|
Will the preset values of the questionnaire scale affect the answer results?
|
Literature Understanding
|
psychology
|
are there any work that employ CoT with LLM-as-a-judge?
|
Paper Finding
|
computer science
|
Papers about generating therapeutic response in mental health with LLMs
|
Paper Finding
|
computer science
|
two-factor authentication in the context of FIDO2 and WebAuthn
|
Literature Understanding
|
computer science
|
TiO2 acts between FeSe/STO interfaces
|
Literature Understanding
|
engineering
|
How do you derive liver cells from iPSCs?
|
Literature Understanding
|
biology
|
Attitude control of a pocket CubeSat using magnetic torquers
|
Paper Finding
|
engineering
|
I am working on a SWOT analysis of ABM (Agent-Based Modeling) frameworks. To complete this, I need a comprehensive list of other ABM tools available in the market along with their key strengths. Could you provide detailed information on these tools and their unique advantages and disadvantages?
|
Literature Understanding
|
computer science
|
Which is more inflammatory: a carboxyl group or a carboxylic acid group?
|
Literature Understanding
|
chemistry
|
LLM and temporal graph reasoning
|
Literature Understanding
|
computer science
|
"Workplace Violence in Nurses"
|
Literature Understanding
|
medicine
|
pigmented skin lesion detection in clinical images
|
Paper Finding
|
computer science
|
how high low and band pass filters and tanh distortion help mimic radio noise
|
Literature Understanding
|
computer science
|
How many subgenes does fish tcf3 have and what are the differences in their functions?
|
Literature Understanding
|
biology
|
suggest the papers that have used reinforcement learning on large language models for tabular reasoning tasks
|
Paper Finding
|
computer science
|
How to capture requirements for systems that include ML components
|
Literature Understanding
|
computer science
|
summarize this paper More Control for Free! Image Synthesis with Semantic Diffusion Guidance
|
Paper Understanding
|
computer science
|
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