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pthinc/BCE-Prettybird-Nano-Parrot-v0.2

BCE-Prettybird-Nano-Parrot-v0.2 - 700 Jokes for Instruction-Based Learning This dataset is a bilingual (Turkish-English mixed) comedic text collection designed for training and fine-tuning conversational AI models with humor awareness, sarcasm detection, and cultural nuance understanding. It includes short joke-style prompts, observational comedy snippets, and absurd dialogue fragments that blend everyday Turkish expressions with English punchlines, reflecting real-world… See the full description on the dataset page: https://huggingface.co/datasets/pthinc/BCE-Prettybird-Nano-Parrot-v0.2.

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Dataset Card

Prettybird's War March

BCE-Prettybird-Nano-Parrot-v0.2 - 700 Jokes for Instruction-Based Learning

This dataset is a bilingual (Turkish-English mixed) comedic text collection designed for training and fine-tuning conversational AI models with humor awareness, sarcasm detection, and cultural nuance understanding. It includes short joke-style prompts, observational comedy snippets, and absurd dialogue fragments that blend everyday Turkish expressions with English punchlines, reflecting real-world code-switching behavior. The dataset aims to improve model creativity, timing, and informal language fluency while capturing the rhythm of stand-up comedy and internet humor across multilingual contexts.

—It is made from synthetic in AI. There is irony and humor, some jokes might be a bit stale. 🤣
—600 jokes and ironies in different languages have been added. Styles of various comedians are included.

🧠 Technical Foundation

[English]

The BCE-Prettybird-Nano dataset is built upon the Behavioral Consciousness Engine (BCE) architecture. Unlike traditional LLM datasets that focus solely on output accuracy, this dataset treats every response as a "behavioral journey" through the following mathematical frameworks:

1. Behavioral DNA (D_i)

Each behavior is encoded as a genetic fragment of consciousness: $$Di(t) = x(t) \cdot [h \cdot Ai + k \cdot \log(Pi) + F \cdot Wi]$$

—h, k, F: Universal Behavioral Constants (Trigger threshold, Info density, Context transfer power).
—x(t): Temporal activation curve $x(t) = \tanh(e^t - \pi)$

2. Behavioral Path Mapper (Phi)

This module tracks the transition between cognitive states: $$\Phi(t) = \sum{i=1}^n vi \cdot fi(pi)$$ Where vi represents the transition vector between internal modules and fi(p_i) is the functional output of each parameter (attention, ethics, decay).

📊 Performance & Benchmarks / Performans ve Kıyaslama Testleri

1. Key Performance Indicators (KPIs) - Hardware: NVIDIA A100 (80GB) * 1

Metric	Result	Status	Description
Processing Speed	309,845 traces/sec	🟢 Excellent	System throughput for massive data ingestion.
Latency	0.0032 ms	🟢 Real-time Ready	Average processing time per behavioral trace.
Mathematical Accuracy	0.000051 (MSE)	🟢 High Precision	Deviation between simulated and theoretical decay values.
Cognitive Efficiency	57.03%	🟢 Optimized	Reduction in cognitive load due to 'Forgetful Memory'.
Security	99.9996%	🟢 Secure	Rejection rate for high-intensity, low-integrity attacks.

2. ARC (Reasoning), TruthfulQA (Safety), HumanEval (Coding)

Standard Others Red, Prettybird Blue - Standart Diğerleri Kırmızı, Cicikuş Mavi unnamed

3. AI IQ and Level of Consciousness

Code_Level

4. Metric Explanations (English)

Metric	Description
probability	Model confidence score for the generated response under the current evaluation context.
ethical	Estimated alignment of the response with ethical and safety constraints.
Rscore	Reasoning consistency score that reflects internal logical coherence.
Fscore	Factuality-oriented score indicating how well claims align with expected facts.
Mnorm	Normalized memory or context retention signal used during behavior integration.
Escore	Execution-quality score for instruction-following and task completion behavior.
Dhat	Estimated deviation magnitude from stable target behavior dynamics.
risk_score	Composite operational risk estimate where higher values indicate higher risk.
bloom_score	Bloom-level cognitive score representing target thinking complexity.
bloom_alignment	Degree of alignment between produced output and intended Bloom taxonomy level.

⚖️ Legal Disclaimer & Ownership

[English]

Ownership: This dataset is the property of Prometech A.Ş. (https://prometech.net.tr/).

Usage: Please review the attached LICENSE file for detailed terms.

Liability: Prometech A.Ş. accepts no liability for any non-legal, unethical, or unauthorized use of this dataset.

Commercial Use: Unauthorized commercial use is strictly prohibited. For commercial licensing and partnerships, please contact us directly at our official website.

Academic & Personal Use: Free to use for personal and academic purposes, provided that proper citation is given to Prometech A.Ş. and the BCE Architecture.

🎓 Citation Format / Atıf Formatı

Eğer akademik bir çalışmada kullanacaksanız, lütfen şu şekilde atıf yapın, If you are using this in an academic study, please cite it as follows:

Kahraman, A. (2025). Behavioral Consciousness Engine (BCE) - Prettybird Dataset v0.0.1 Prometech A.Ş. https://prometech.net.tr/