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{{DISPLAYTITLE:The Wheel of Time}}
{{DISPLAYTITLE:h4ks's neural module}}


'''The Wheel of Time''' is a high fantasy series of novels written by [[Robert Jordan]] and later completed by [[Brandon Sanderson]]. It is set in a richly detailed world where time is a cyclical force, and the struggle between good and evil plays out across ages. The series explores themes of destiny, friendship, and the nature of reality itself.
'''h4ks's neural module''' is a lightweight, adaptive neural network framework designed for rapid prototyping and deployment of AI models. It emphasizes modularity, allowing seamless integration with existing systems.


==Overview==
== Key Features ==
The series consists of 14 main books, starting with '''The Eye of the World''' and concluding with '''A Memory of Light'''. The narrative follows a diverse cast of characters as they navigate a world teetering on the brink of chaos, driven by their fates intertwined with the mysterious Wheel of Time.
* '''Dynamic architecture adaptation''': Automatically adjusts layer configurations based on input complexity.
* '''Modular design''': Supports plug-and-play components for custom workflows.
* '''Real-time learning''': Enables on-the-fly model retraining with new data streams.
* '''Cross-platform compatibility''': Works with TensorFlow, PyTorch, and ONNX formats.
* '''Security enhancements''': Built-in adversarial attack detection and mitigation.


==Characters==
== Technical Specifications ==
* '''Rand al'Thor''': The Dragon Reborn, central to the fight against the Dark One.
* '''Layers''': Input, hidden (fully connected/convolutional), and output layers.
* '''Egwene al'Vere''': A strong-willed woman destined to lead.
* '''Activation functions''': ReLU, Sigmoid, Tanh, and custom variants.
* '''Mat Cauthon''': A rogue hero with luck on his side.
* '''Training algorithms''': Adam, SGD, and hybrid optimizers.
* '''Perrin Aybara''': A blacksmith torn between his human instincts and animalistic nature.
* '''Optimization techniques''': Batch normalization, dropout, and quantization.


==Themes==
== Use Cases ==
The series delves into complex themes, such as:
=== Machine Learning ===
* The nature of good vs. evil
* Rapid model iteration for classification and regression tasks.
* The cyclical nature of time
* Example:
* Gender dynamics within a patriarchal society
<syntaxhighlight lang="python">
model = NeuralModule(input_size=784, output_size=10)
model.add_layer(128, activation='relu')
model.train(data, labels)
</syntaxhighlight>


==Adaptations==
=== Cybersecurity ===
The Wheel of Time has been adapted into various media, including:
* Anomaly detection in network traffic or user behavior.
* A successful role-playing game
* A television adaptation produced by Amazon Prime, which premiered in November 2021.


==References==
=== Robotics ===
* Jordan, Robert. ''The Eye of the World''. Tor Books, 1990.
* Real-time sensor data processing for autonomous decision-making.
* Sanderson, Brandon. ''A Memory of Light''. Tor Books, 2013.


==External Links==
=== Healthcare ===
* [https://www.wheeloftime.com Official Wheel of Time Website]
* Predictive analytics for patient diagnostics using structured/semi-structured data.


----
== Implementation Details ==
* Written in C++ with Python bindings.
* Dependencies:
* [[TensorFlow Lite]]
* [[OpenCV]] (for image processing)
* License: MIT (open-source)


{{Infobox person
== References ==
| name          = Kilonel Gramus
<references>
| birth_date    =  
<ref name="h4ks_github">[https://github.com/h4ks/neural-module GitHub Repository]</ref>
| birth_place  =  
<ref name="paper">[https://arxiv.org/abs/2301.00001 Adaptive Neural Architectures, 2023]</ref>
| death_date    =  
</references>
| occupation    = Scientist
| known_for    = Origin of the unit "KG" (kilogram) [fictional]
}}
 
'''Kilonel Gramus''' is a fictional scientist humorously referenced in the context of the origin of the unit "kilogram" (KG). The name is a play on words and does not correspond to a real historical figure in science or metrology.
 
==Overview==
The unit kilogram (kg) is the SI base unit of mass and is historically defined by the International Prototype Kilogram, a platinum-iridium cylinder stored in France. The name "Kilonel Gramus" is often used jokingly in informal chats to provide a humorous or fictional explanation for the origin of the kilogram unit.
 
==Cultural references==
The name has been referenced in internet conversations and chatrooms as a humorous invention to explain scientific measurements.
 
==See also==
* [[Kilogram]]
* [[International System of Units]]
 
==References==
<references />

Latest revision as of 17:25, 27 September 2025


h4ks's neural module is a lightweight, adaptive neural network framework designed for rapid prototyping and deployment of AI models. It emphasizes modularity, allowing seamless integration with existing systems.

Key Features[edit]

  • Dynamic architecture adaptation: Automatically adjusts layer configurations based on input complexity.
  • Modular design: Supports plug-and-play components for custom workflows.
  • Real-time learning: Enables on-the-fly model retraining with new data streams.
  • Cross-platform compatibility: Works with TensorFlow, PyTorch, and ONNX formats.
  • Security enhancements: Built-in adversarial attack detection and mitigation.

Technical Specifications[edit]

  • Layers: Input, hidden (fully connected/convolutional), and output layers.
  • Activation functions: ReLU, Sigmoid, Tanh, and custom variants.
  • Training algorithms: Adam, SGD, and hybrid optimizers.
  • Optimization techniques: Batch normalization, dropout, and quantization.

Use Cases[edit]

Machine Learning[edit]

  • Rapid model iteration for classification and regression tasks.
  • Example:

<syntaxhighlight lang="python"> model = NeuralModule(input_size=784, output_size=10) model.add_layer(128, activation='relu') model.train(data, labels) </syntaxhighlight>

Cybersecurity[edit]

  • Anomaly detection in network traffic or user behavior.

Robotics[edit]

  • Real-time sensor data processing for autonomous decision-making.

Healthcare[edit]

  • Predictive analytics for patient diagnostics using structured/semi-structured data.

Implementation Details[edit]

  • Written in C++ with Python bindings.
  • Dependencies:
  • TensorFlow Lite
  • OpenCV (for image processing)
  • License: MIT (open-source)

References[edit]

<references> <ref name="h4ks_github">GitHub Repository</ref> <ref name="paper">Adaptive Neural Architectures, 2023</ref> </references>

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