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Hilbert Transform in Bitcoin Price Analysis

Understanding Bitcoin’s cyclical behavior benefits from formal methods like the Hilbert Transform Dominant Cycle Period (HTDCP), particularly when analyzing new cycles that do not strictly align with the traditional four-year halving rhythm.

1. Hilbert Transform in Bitcoin Price Analysis

The Hilbert Transform is a mathematical operator used in signal processing to extract the instantaneous phase and amplitude of a time series, such as Bitcoin prices. In the context of market cycles:

• Purpose: It transforms real-valued price data into an analytic signal, enabling you to separate trend-following behavior from cyclical oscillations.
• How it works: For a price series \(x(t)\), the Hilbert Transform \(H[x(t)]\) produces a quadrature component \(y(t)\) forming a complex analytic signal:

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AI is transforming retail and ecommerce, with startups providing solutions ranging from autonomous checkout and inventory management to personalized shopping and predictive analytics.

Key Startups and Their Solutions

Retail Automation and Checkout

• Standard Cognition and Trigo develop AI-powered autonomous checkout systems, allowing consumers to shop without visiting a cashier [^1^].
• Caper builds smart shopping carts with deep learning and computer vision for cashierless checkout [^1^].

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In project management Earned Value Method (EVM), BCWS (Budgeted Cost of Work Scheduled)—also known as Planned Value (PV)—can be calculated for incomplete tasks, but it is often misunderstood or incorrectly calculated in project software. The inability to properly calculate or see a value for incomplete tasks usually stems from a misunderstanding of what BCWS represents, or it indicates a configuration error in the project schedule. Here is why you might not be getting expected BCWS results on incomplete tasks:

1. Definition Misunderstanding (BCWS is about Time, not Progress) BCWS defines how much of the budget should have been spent by a specific status date based on the original baseline. Plan Academy Plan Academy +1 It does not care if the work is actually done, only if it was scheduled to be done by that date.

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Mito Notebook agent

https://github.com/mito-ds/mito/blob/dev/agent.md

Mito

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blog.langchain.com/how-agents-can-use-filesystems-for-context-engineering

recursive subagent worker orchestration pattern

• main orchestrator agent uses ralph wiggum loop technique to parse the prd.md file and decompose into steps and delegate todos steps to subagents
• spawn isolated subagent with minimum necessary tools to complete a list of todo tasks
• spawns subagents with access to skills
• subagents use isolated venv temp files for work to avoid race condition
• uses tmux to maintain session lifecycle

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Polars is a high-performance DataFrame library in Python, similar to pandas but optimized for speed and memory efficiency. FireCrawl is a scalable web scraping framework, and subagents can collect data in parallel. Combining these allows you to quickly process and create temporary CSV files for intermediate storage. Below is a guide and complete Python example:

Step 1: Install Required Libraries

pip install polars firecrawl tempfile

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Integrating Helius Solana RPC with Dexscreener involves connecting Solana blockchain data (transactions, swaps, token metrics) to Dexscreener for real-time analytics, price tracking, and exchange monitoring. Dexscreener natively supports multiple chains such as Ethereum, BSC, and Solana via RPC endpoints.

Step 1: Understand Helius Solana RPC

Helius RPC provides enriched Solana data via endpoints such as:

• Transaction streaming (confirmed and finalized)

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The global Agentic AI market is projected to grow from USD 5.25–5.2 billion in 2024 to around USD 196–199 billion by 2034, at a CAGR of approximately 43.8–43.84%, with North America leading and Asia-Pacific showing the fastest growth.

Market Size and TAM

The global agentic AI market was valued at USD 5.2–5.25 billion in 2024 and is expected to reach USD 196.6–199.05 billion by 2034, reflecting explosive growth at a CAGR of about 43.8–43.84% from 2025 to 2034 [^1^] [^3^] . For enterprise-focused agentic AI, the market was estimated at USD 2.58 billion in 2024 and is projected to reach USD 24.5 billion by 2030, growing at a CAGR of 46.2% [^2^] . North America accounted for the largest regional market in 2024, with over 38–46% market share and U.S. revenue of USD 1.58–1.69 billion, driven by substantial investments, the presence of tech giants, and advanced infrastructure [^1^] [^3^]

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Antonio Gulli’s "Agentic Design Patterns" provides 21 structured patterns for building autonomous AI agents, combining practical frameworks, hands-on code, and multi-framework deployment guides for real-world applications [^1^] [^3^].

Overview

Antonio Gulli, a Senior Director and Distinguished Engineer at Google with over 30 years of experience in AI, Search, and Cloud technologies, authored "Agentic Design Patterns: A Hands-On Guide to Building Intelligent Systems". This 427-page guide offers a systematic approach to constructing intelligent, goal-oriented AI systems and emphasizes transitioning from raw AI capabilities to robust, reliable applications [^3^] [^5^]. The book defines agentic AI systems as autonomous entities capable of perceiving their environment, making informed decisions, and executing tasks without constant human supervision. It bridges the gap between language models’ raw capabilities and practical agent deployment for complex, multi-step problem-solving [^1^] [

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Blockchain addresses challenges related to trust, transparency, provenance, and security by providing immutable, decentralized, and verifiable data records. This is particularly impactful in sectors where proving authenticity and tracking the lifecycle of physical assets is critical.

1. Real-World Assets (RWA) and Blockchain Tokenization of Assets: Physical assets such as real estate, commodities, artwork, intellectual property, and financial instruments are tokenized on blockchain networks. Tokenization converts ownership rights into digital tokens representing fractional or whole ownership, increasing liquidity and access to previously illiquid markets (

Digital Twins: Blockchain enables the creation of trusted digital twins — verifiable digital replicas of physical assets that track provenance, condition, and transaction history, which improve transparency and authenticity (

Smart Contracts Automation: Self-executing contracts automate compliance, ownership transfers, dividend distribution, and enforce