quantitative
The study used a quantitative approach to analyze the data.
定量的な
empirical
His conclusions were based on empirical evidence gathered from experiments.
経験的な
systematic
A systematic review of the data revealed a clear trend.
体系的な
innovative
The company introduced an innovative product that changed the market.
革新的な
cutting-edge
They developed cutting-edge technology that revolutionized the industry.
最先端の
intricate
The design of the machine was intricate and required precise calculations.
複雑な
inductive
The scientist used an inductive method to draw general conclusions from observations.
帰納的な
heuristic
Heuristic methods are used to solve problems by trial and error.
発見的な
interdisciplinary
The research was interdisciplinary, combining elements of both psychology and sociology.
学際的な
computational
The computational models predicted the outcomes with remarkable accuracy.
計算的な
multidisciplinary
The project required a multidisciplinary team of experts from various fields.
複合的な
autonomous
Autonomous vehicles are expected to reduce traffic accidents.
自律的な
biodegradable
The company is focusing on developing biodegradable materials for packaging.
生分解性の
neuroplastic
Neuroplasticity refers to the brain's ability to reorganize itself by forming new neural connections.
神経可塑性の
dynamic
The dynamic nature of climate change makes it difficult to predict long-term effects.
動的な
concurrent
The system allows for concurrent processing of multiple tasks.
同時進行の
adaptive
The adaptive system adjusts to changing conditions in real-time.
適応的な
resilient
The resilient materials can withstand extreme temperatures and pressures.
弾力性のある
integrated
The integrated system connects multiple devices for seamless communication.
統合された
scalable
The cloud platform is scalable and can accommodate increased demand without performance issues.
拡張可能な
transcendent
The transcendent nature of the discovery changed the course of science.
超越的な
disruptive
The disruptive innovation in renewable energy is reshaping global power markets.
破壊的な
interconnected
The interconnectedness of global networks makes cybersecurity a critical issue.
相互接続された
self-sustaining
The self-sustaining ecosystem in the research facility produces its own energy.
自立的な
hyperconnected
The hyperconnected world we live in today demands advanced cybersecurity solutions.
超接続的な
high-performance
The high-performance computing system is capable of solving complex scientific problems.
高性能な
resolvable
The issue is resolvable with the right approach and sufficient resources.
解決可能な
interoperable
The software is designed to be interoperable with various operating systems.
相互運用可能な
augmented
Augmented reality (AR) technology enhances the user’s interaction with their environment.
拡張された
biopharmaceutical
Biopharmaceutical companies are developing cutting-edge treatments for cancer.
バイオ医薬品の
technologically-advanced
The laboratory is equipped with technologically-advanced equipment.
技術的に進んだ
cybernetic
Cybernetic systems can integrate human control with automated processes.
サイバネティックな
predictive
Predictive analytics helps companies anticipate market trends.
予測的な
collaborative
The research project involved a collaborative effort from scientists around the world.
協力的な
real-time
Real-time data analysis allows for immediate decision-making in critical situations.
リアルタイムの
multifaceted
The multifaceted nature of the problem requires a comprehensive solution.
多面的な
parametric
The parametric model allows for easy adjustments based on variable inputs.
パラメトリックな
heterogeneous
The team was composed of heterogeneous experts from various disciplines.
異種の
hypothetical
The researchers considered hypothetical scenarios to test their hypothesis.
仮説の
virtual
The virtual reality system immerses users in a completely simulated environment.
仮想の
optical
Optical fibers are used for high-speed data transmission.
光学的な
quantum
Quantum computing has the potential to revolutionize the field of artificial intelligence.
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