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  • 👋 Hi, I’m @pkoopongithub

  • 👀 I'm interested in psychometrics and the open source development of psychometric tests and much more ... Since 2012, the Düsseldorf student inventory, open source, has served as a learning environment for students of social sciences and trainees in market and social research, application development and data and process analysis. The Düsseldorf student inventory is an open source, valid, precise and independent personality inventory for students in the transition classes (valid, reliable, objective). The Düsseldorf student inventory is open to development. I am happy to provide the raw data, SPSS files, R files and source codes of the programs (Internet, PC, Android- , iOS smartphone available (PHP, MySQL, Xcode, Android Studio, Xamarin, Lazarus).

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When you work on an open source project, you know the intense, personal commitment that contributes to its success. Many users know and appreciate this. However, not everything succeeds with the developers' own strength, especially since in many cases only pure interest in the topic or the use of technologies provide the basis. However, not every user has the skills and the time to support a project. Verbal feedback in the form of error messages is very helpful.

For others, material support may be the only way to get involved in open source.

I would be happy to talk to you about your type of support:

  • record further raw data,
  • continuously update calibration samples, test statistics, multivariate analyzes, etc.
  • improve GUI design,
  • Offer a persistent database in compliance with data protection regulations: DB Api and HTTPS Access,
  • Include other development environments (Eclipse, Intellij IDE, Lazarus, NetBeans, Scene Builder, Android Studio, Xcode, Visual Studio) on an ongoing basis,
  • User training, tutorials, YouTube tutorials,
  • technical editing, professional editing.

My focus is on algorithms and data structures and statistics and data analysis. Since 2012, the Düsseldorf Student Inventory, which I developed, has been used as an open-source, valid, reliable, and objective learning platform for learning classical test theory. Due to the Covid-19 crisis, I started digitizing the learning environment in November 2021 (PHP, MySQL, Android Studio, Xcode, Xamarin, Lazarus, R, PSPP) and publishing it on github.

Repositories:

Düsseldorf student inventory: Open-source, objective, valid and reliable personality inventory for students in transition classes

Algorithmic recursive sequence analysis: Sequence analytical method for discrete character strings with grammar inducer, grammar parser, grammar transducer

David Deutsch Meditationen: Reviews of and personal meditations on the two metaphysical publications by David Deutsch

Chess: Source code didactic program chess self-play mode

Chessteg: Source code GUI program chess

Beute, Primaten, Genalg: cellular automata

Pascal: Console programs (cellular automata. Mini-Max, Alpha-Beta)

Die Algorithmisch rekursive Sequenzanalyse ist das einzige mir bekannte objektiv hermeneutische Verfahren, das vollständig ohne esoterische Tiefenhermeneutik auskommt, algorithmisch, evolutionär und memetisch ausgerichtet ist und einen Grammatikinduktor (Scheme) , einen Parser (Pascal) und einen Grammatiktransduktur (Lisp) bietet. 

Die Algorithmisch Rekursive Sequenzanalyse ist eine Methode zur Kausalinferenz mit Handlungsgrammatiken und Graphen. Im Gegensatz zu Poststrukturalisten, Postmodernisten, kritischen Posthumanisten und Tiefenhermeneuten nimmt sie Karl Popper, Ulrich Oevermann, Pearl, Bayes, LISP, SCHEME, R und Python sehr ernst.

Algorithmic Recursive Sequence Analysis is a method for causal inference using action grammars and graphs. In contrast to poststructuralists, postmodernists, critical posthumanists and depth hermeneutics, she takes Karl Popper, Ulrich Oevermann, Pearl, Bayes, LISP, SCHEME, R and Python very seriously.

Das Düsseldorfer Schülerinventar ist das einzige mir bekannte quelloffene, valide, reliable und objektive Verfahren, dessen Quellen und Quellcodes überschaubar und nachvollziehbar nachprogrammierbar sind.

Ich freue mich über Erben, die die Verfahren aufgreifen, nachprogrammieren und/oder für Eigenentwicklungen davon inspirieren lassen.

The algorithmic recursive sequence analysis is the only objective hermeneutic method known to me that does not require any esoteric deep hermeneutics, is algorithmically, evolutionarily and memetically oriented and offers a grammar inductor (Scheme), a parser (Pascal) and a grammar transductor (Lisp).

The Düsseldorf student inventory is the only open-source, valid, reliable and objective method that I know of, whose sources and source codes are clear and understandable and can be reprogrammed.

I am happy about heirs who take up the process, reprogram it and/or let it inspire them for their own developments.

Empirical social research is currently developing in three directions:

With the founding of the German Academy for Sociology, in Germany quantitative social research has regained importance and students have to learn the necessary basics again during their studies.

Qualitative social research continues on its way between deep hermeneutics and Oevermannian sequence analysis.

Multi-agent systems, neural nets, cellular automata, etc. continue to form the basis for the development of artificial social systems.

What is missing is qualitative social research that provides the empirically proven protocol languages for such artificial social systems, which serves to simulate empirically proven models (https://github.com/pkoopongithub). This is not possible with large language models, which hardly go beyond the explanatory value of Markov chains, but only with graph-based models that depict causal inference and rule-based action in an explanatory manner.

Die empirische Sozialforschung entwickelt sich derzeit in drei Richtungen:

Mit der Gründung der Deutschen Akademie für Soziologie hat in Deutschland die quantitative Sozialforschung wieder an Bedeutung gewonnen und die Studierenden müssen sich während des Studiums die notwendigen Grundlagen neu aneignen.

Die qualitative Sozialforschung bewegt sich weiter zwischen Tiefenhermeneutik und Oevermannscher Sequenzanalyse.

Multiagentensysteme, neuronale Netze, zellulare Automaten etc. bilden weiterhin die Grundlage für die Entwicklung künstlicher sozialer Systeme.

Was fehlt, ist eine qualitative Sozialforschung, die die empirisch erprobten Protokollsprachen für solche künstlichen Sozialsysteme bereitstellt, die dazu dient, empirisch erprobte Modelle zu simulieren (https://github.com/pkoopongithub). Das geht nicht mit Large Language Modellen, die kaum über den Erklärungswert von Markow-Ketten hinausgehen, sondern nur mit graphenbasierten Modellen, die kausale Inferenz und regelbasiertes Handeln erklärend abbilden.

Generative Pre-Trained Transformers (GPT) und Large Language Models (LLM) gehen kaum über den Erklärungswert von Markow-Ketten hinaus und müssen zudem mit der Wissensbasis empirisch ermittelter Dialoggrammatiken (Algorithmisch rekursive Sequenzanalyse) und agentenorientierter gewichteter Entscheidungstabellen für eine bessere Ergebnisqualität optimiert werden. Nur so werden Diaogschnittstellen glaubwürdiger als Markow-Generatoren und nur so werden Protokollsprachen für Agenten empirisch bewährte Dialogstrukturen abbilden.

Generative Pre-Trained Transformers (GPT) and Large Language Models (LLM) hardly go beyond the explanatory value of Markov chains and must also be optimized with the knowledge base of empirically determined dialog grammars (algorithmically recursive sequence analysis) and agent-oriented weighted decision tables for better quality results. Only in this way will dialog interfaces become more credible than Markov generators and only in this way will protocol languages for agents map empirically proven dialog structures.

Les transformateurs génératifs pré-entraînés (GPT) et les grands modèles de langage (LLM) ne dépassent guère la valeur explicative des chaînes de Markov et doivent également être optimisés avec la base de connaissances des grammaires de dialogue déterminées empiriquement (analyse de séquence récursive algorithmique) et la décision pondérée orientée agent. tableaux pour des résultats de meilleure qualité. Ce n'est qu'ainsi que les interfaces de dialogue deviendront plus crédibles que les générateurs de Markov et ce n'est qu'ainsi que les langages de protocole pour les agents cartographieront des structures de dialogue éprouvées empiriquement.

Los Transformadores Generativos (GPT) y los Modelos de Lenguaje Largo (LLM) pre-entrenados difícilmente van más allá del valor explicativo de las cadenas de Markov y también deben optimizarse con la base de conocimientos de las gramáticas de diálogo determinadas empíricamente (análisis de secuencias recursivas algorítmicas) y decisiones ponderadas orientadas a agentes . tablas para obtener mejores resultados. Solo entonces las interfaces de diálogo se vuelven más creíbles que los generadores de Markov y solo entonces los lenguajes de protocolo para los agentes mapean estructuras de diálogo probadas empíricamente.

預訓練的生成轉換器(GPT)和大型語言模型(LLM)很難超越馬爾可夫鏈的解釋價值,還必須利用經驗確定的對話語法(算法遞歸序列分析)和麵向主體的加權決策的知識庫進行優化. 表以獲得更好的結果。 只有這樣,對話界面才會變得比馬爾可夫生成器更可信,並且只有這樣,代理的協議語言才會映射經過經驗測試的對話結構。

Предварительно обученные генеративные преобразователи (GPT) и большие языковые модели (LLM) едва ли выходят за рамки объяснительной ценности цепей Маркова и также должны быть оптимизированы с помощью базы знаний эмпирически определенных диалоговых грамматик (алгоритмический рекурсивный анализ последовательности) и агентно-ориентированных взвешенных решений. . таблицы для лучшего результата. Только тогда диалоговые интерфейсы становятся более достоверными, чем марковские генераторы, и только тогда языки протоколов для агентов отображают эмпирически проверенные диалоговые структуры.

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