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Showing posts from April, 2026

GOOGLE
DATA CLEANSING

Data cleansing (or data scrubbing) is the process of identifying and correcting corrupt, inaccurate, or irrelevant records from a record set, table, or database. In the context of data management and AI training, it is the most critical step for ensuring that downstream analysis or model outputs are reliable. Poor data quality often leads to "Garbage In, Garbage Out," where even the most advanced algorithms produce flawed results due to noisy or biased input. The Data Cleansing Workflow A standard data cleansing process typically follows these functional steps: 1. Data Auditing & Profiling Before cleaning, you must understand the "health" of your data. This involves using statistical summaries to detect outliers, missing values, and structural inconsistencies. 2. Standardizing and Normalizing Data often comes from disparate sources with different fo...

ROLE MODELS COMPARATION AND SELECTION
Article by Perplexity

Comparing Role Models — The Art of Wise Selection Human Psychology · Self-Development · Decision Science The Inner Mirror Feature Essay · Volume II Comparing Role Models The psychology of wise selection — how to evaluate role models, extract what works, and build your own path from their strengths. Psychology · Decision Making 11 min read April 2026 Selection Over Imitation We rarely have just one role model. More often, we collect them: one person for discipline, another for creativity, another for resilience. The real skill is not admiration alone, but comparison — knowing what each person teaches, what each one lacks, and which qualities are worth bringing into your own life. A role model is not a template to copy. It is a signal. By comparing role models carefully, you begin to see which habits are worth extracting, which values are worth following, and which examples may ...

ROLE MODEL HABITS
Article by CLAUDE

The Mirror Effect — Learning from Role Models Human Psychology · Self-Development · Habit Science The Inner Mirror Feature Essay · Volume I You Become What You Study The psychology of learning from role models — and how one person's habits can quietly rewire your own brain. Psychology · Habit Science 12 min read April 2026 The Brain That Learns by Watching In the mid-1990s, Italian neuroscientist Giacomo Rizzolatti made a discovery that would permanently alter how we understand human learning. While studying motor neurons in macaque monkeys, his team noticed something astonishing: the same neurons that fired when a monkey reached for food also fired when it simply watched another monkey do the same thing. These became known as mirror neurons — and humans have them in abundance. What this means, practically speaking, is that your brain does not draw a sharp line between ...

Assistants
TRIANGULAR FORMATION
S H I P S

Triangular Ships Formation A triangular ships formation is a naval arrangement where three vessels are positioned to form a triangle , often used for coordination, defense, and coverage at sea. Basic Layout Ship A / \ Ship B --- Ship C Ship A (front/apex) → leads navigation or scouting Ship B & C (rear sides) → provide support and protection Purpose & Advantages 1. Situational Awareness Each ship covers a different angle, reducing blind spots and improving detection of threats. 2. Mutual Defense Ships support each other with radar, weapons systems, and communication relay. 3. Command Structure The lead ship (apex) typically acts as the command vessel and navigation reference. 4. Flexibility The formation can expand, tighten, or rotate depending on mission needs. Variations Inverted triangle → one ship at the rear, two in front Wide...

PENDING TO DO PLANNING OF THIS WEEK! RE-ARRANGING FORMAT-CONTENT OF BLOGPOST OF ronin1985.blogspot.com
as of April 26th, 2026

^^ MERMAID JS / JAVASCRIPT STUDY Headless CMS Architecture & SVG Diagram (Source Code) AI System Architecture (Mermaid JS) Windows-Based Desktop App Creation Mermaid JS Study: Iterative Optimization Towards Maturity Indonesian Legislative Structure V1 AI AGENT (COMBO OF MULTIPLE) Craft Agent: Professional Grade Stack (English) Core AI Stack Combination Support AI Stack Combination APP: QUERY SCOPING Query Scoping Example Program Query Scoping [Source Code] MEDIA TOOLS Video Player for Screen Capture (ChatGPT Prompt) Bypassing "Not Authorized" YouTube Embeds TikTok to Blogger Embed Converter Video Embed Converter [Source Code] SaveFrom.net Shortcut Link App OTHERS Retained Earnings Rollforward Audit E-CVT Draft v3 Blogger API for Headless CMS Pa...

Sebagai Sarjana Hukum dari Universitas Terbuka
Boleh dong saya share bacaan perihal Artikel terkait HANKAM (Pertahanan dan Keamanan)
*help narrated by AI Assistant

Bahasa Indonesia Pengenalan: Identic Activity dalam Metodologi Investigasi Dalam ranah hukum dan penyidikan kepolisian, istilah Identic Activity merujuk pada temuan bukti berupa pola tindakan atau langkah-langkah eksekusi yang memiliki tingkat kesamaan di atas 90%. Fenomena ini bukan dianggap sebagai kebetulan semata, melainkan indikator kuat adanya kepatuhan terhadap sebuah "Buku Panduan" (Playbook) atau doktrin internal kelompok. Ketika berbagai kejadian di lokasi yang berbeda menunjukkan metodologi operasional yang identik, penyidik dapat menarik garis komando dari pelaku di lapangan menuju aktor intelektual atau organisasi pusat. Analisis ini sangat krusial untuk membuktikan unsur Pemufakatan Jahat atau kejahatan terorganisir. Berikut adalah berbagai contoh operasional di lapangan—mulai dari gangguan sosial oleh Ormas hingga gerakan terselubung pekerja profesional—di mana metodologi yang kaku dan seragam menjadi "sidik jari" bagi...

AI ASSISTANT
CIRCULARITY/ITERATING OPTIMIZATION

flowchart TD %% PHASE 1 subgraph P1["Phase 1 — Initial processing"] A["🔵 Input\nRaw data"] B["🔴 Slower method\nKnown process"] C["🟢 Output\nKnown result"] A -->|"fed into"| B B -->|"produces"| C end %% PHASE 2 subgraph P2["Phase 2 — Analysis & derivation"] D["🔵 Input\nOriginal data"] E["🟡 Compare\nInput vs output"] F["🟢 Faster method\nDerived pattern"] D -->|"compared"| E E -->|"derives"| F end %% PHASE 3 subgraph P3["Phase 3 — Optimized processing"] G["🔵 New input\nFresh data"] H["🟢 Faster method\nApplied efficiently"] I["🟢 New output\nFast result"] G -->|"fed into"| H H -->|"produces"| I end %% RESULT R[...

PENDING TO DO PLANNING OF THIS WEEK! RE-ARRANGING FORMAT-CONTENT OF BLOGPOST OF ronin1985.blogspot.com
as of April 14th, 2026

SPECIFIED / UNIQUE Retained Earnings Rollforward Audit https://ronin1985.blogspot.com/2025/12/retained-earnings-rollforward.html E-CVT Draft v3 https://ronin1985.blogspot.com/2025/11/draft-e-cvt.html AWESOME YOUTUBE VIDEOS https://ronin1985.blogspot.com/2025/11/draft-awesome-youtube-video.html https://ronin1985.blogspot.com/2025/11/draft-awesome-youtube-video.html MEDIA APPs TikTok Embed Converter (Draft) https://ronin1985.blogspot.com/2025/12/tiktok-app-link-blogger-embed-converter.html TikTok Video Embed into Blogger https://ronin1985.blogspot.com/2025/12/chatgpt-make-tiktok-videos-able-to-be.html Video Embed Converter [SOURCE CODE] https://ronin1985.blogspot.com/2025/12/styletext-align-left-hrefhttpschatgpt.html Video Em...

PERFORMANCE-BASED BUDGETING
BY DEDDI NORDIAWAN
Dosen gw di Fakultas Ekonomi Universitas Indonesia!
PERFORMANCE-BASED BUDGETING BY DEDDI NORDIAWAN
PENGANGGARAN BERBASIS KINERJA OLEH DEDDI NORDIAWAN
Dosen gw di Fakultas Ekonomi Universitas Indonesia!
My lecturer at the Faculty of Economics Universitas Indonesia!
📘 Bilingual — English & Indonesian | Faculty of Economics UI

📘 Anggaran Berbasis Kinerja Performance-Based Budgeting adalah metode penganggaran yang mengaitkan alokasi dana dengan hasil (output dan outcome) yang ingin dicapai, bukan sekadar berdasarkan jumlah dana yang dibelanjakan. Menurut Deddi Nordiawan, pendekatan ini menekankan tiga aspek utama: Efisiensi → penggunaan dana secara optimal Efektivitas → pencapaian tujuan program Akuntabilitas → pertanggungjawaban atas hasil 🔹 Ciri-ciri Utama Berorientasi pada hasil (result-oriented) Memiliki indikator kinerja yang jelas Menghubungkan anggaran dengan target kinerja Melibatkan evaluasi kinerja secara berkala 🔹 Komponen Penting Input → sumber daya (dana, SDM) Output → hasil langsung kegiatan Outcome → dampak jangka panjang Indikator Kinerja → alat ukur keberhasilan 📊 Contoh Tabel Anggaran Berbasis Kinerja (Sektor Pendidikan) Komponen Des...

WHAT A TECH LEAP
D E F E N S E

What a replica!
INDONESIAN HIGHWAY

CLAUDE+GEMINI
CONTRACTUAL OBLIGATION

Contract Obligations & Sanctions – Legal Guide What Happens After a Contract is Agreed To Obligations, Procedures & Sanctions for Breach 1. Binding Obligations Once a contract is signed or otherwise agreed (orally or in writing), both parties are legally bound to: Perform specific duties outlined in the contract Meet stated deadlines and timelines Deliver goods, services, or payments as specified Follow all procedural rules embedded in the agreement 2. Procedures That Must Be Obeyed 📦 Performance Obligations Delivering products or services Making payments on schedule Meeting quality standards ⚖️ Compliance Procedures Confidentiality / NDA terms Non-compete clauses Reporting requirements Approval processes 📢 Notice Requirements Written notices for changes Dispute notification procedures Termination notice periods 3. Sanctions for Not Obeying (Expanded Section) When a party fails to follow the con...

CHAT GPT
MUTABLE and IMMUTABLE in RUST

🦀 Rust Memory Safety Mutability  ·  Borrowing  ·  Lifetimes  ·  The Borrow Checker rustc # Mutability in Rust In Rust, mutability controls whether a variable's value can change after it is created. By default, Rust is immutable — a key part of its safety model. ▸ 🔒 Immutable (Default) By default, variables in Rust cannot be changed after they are assigned. ❌ Compile error — x is immutable fn main () { let x = 5 ; x = 10 ; // ❌ ERROR: cannot assign twice to immutable variable } 👉 Here, x is immutable, so trying to change it causes a compile-time error. ▸ 🔓 Mutable ( mut keyword) To allow a variable to change, you must explicitly declare it as mutable using mut . ✅ OK — x is mutable fn main () { let mut x = 5 ; x = 10 ; // ✅ OK println! ( "{}" , x); } Feature Immutable (let) Mutable (let mut) Default? ✅ Yes ❌ No Can change...