The Accumulation/Distribution Indicator (originally called the Cumulative Money Flow Line) tracks cash flow into or out of a security and correlates the cash flow changes to changes in the security price. By following the trading volume into or out of a security, it establishes the degree of correlation between this trading volume and the price of the security. Accumulation/distribution is designed to reveal divergences in price trends (specifically between stock price and trading volume). These divergences indicate the degree to which a security may be overbought or oversold at a given time. Continue reading...
The Chaikin Oscillator is a volume indicator that can help traders discern if price movements are verified by changes in trading volume. When there are discrepancies, it can mean that prices are exhibiting overbought or oversold conditions. Before the Chaikin Oscillator, On-Balance Volume was the most popular indicator for the job. On-Balance Volume (OBV) is a popular leading indicator introduced in the 1960s by Joe Granville. OBV is a line built using differences between daily trading volume – in Granville’s estimation, the major driver of market behavior – adding the difference on days that the market or stock moves up and subtracting the difference on days when the market or stock moves down. It looks for instances of rising volume that should correlate with price movement, but price movement has not occurred; additionally, OBV can be used to confirm lag. Continue reading...
Cash Available for Distribution is a term used in REITs and sometimes corporate accounting for the balance of earnings left over after expenses have been paid. After expenses have been paid and a reserve fund amount has been set aside for taxes and other recurring expenditures, there may be enough earnings left over to be designated as Cash Available for Distribution (CAD). It might also be called Funds Available for Distribution (FAD). Continue reading...
The Accumulative Swing Index (ASI) is a trendline representing the running total of an oscillator called the Swing Index, first described by Webb Wilder in his book, “New Concepts in Technical Trading Systems.” The Swing Index itself compares the price data from the current period and the preceding period to quantify the positive or negative “swing,” which can be understood as a measure of directional velocity in a price. Continue reading...
Technical Indicators are charting tools that appear as lines on charts, or as other kinds of graphical information, which serve as guidelines for buying and selling opportunities. They are based on mathematical formulas, and may be called oscillators, trading bands, and signal lines, among other things. Technical analysts use information about price, volume, standard deviation, and other metrics to construct systems for trading using mathematical formulas which can be translated into useful charting tools. The systems can bring discipline to a trader’s strategy by providing clearly defined circumstances in which a trader has reason to buy, sell, hold, and so on. Continue reading...
Leading indicators are economic or price data which have some degree of correlation with a movement in the market or a stock price. Leading indicators tend to happen before the market or price movement occurs. Traders and economists use leading indicators frequently to prepare for what’s next; they are based on theory as well as empirical historical evidence but like all indicators, they do not have a 100% accuracy rate – past performance does not guarantee future results. Continue reading...
Market indicators are quantitative tools for the analysis of market information, which may hint or confirm that a trend or reversal is about to happen (leading indicator) or has begun (lagging indicator). Indicators are technical analysis algorithms which give investors signals that may be used as the guidelines for trading. Indicators might be called oscillators or have various other proper names, since some of them are quite well-known, but there are general conventions or instructions for how to use an indicator, how it can be tweaked to suit the scope of your analysis, and what is considered a trade signal. Continue reading...
Periodic distribution is a planned intermittent payment of cash from a 401(k). If you choose to have your money distributed periodically, you will usually have a choice between monthly, quarterly, or even annual payments. Money distributed periodically is not subject to the same 20% withholding the lump-sum payment is. The periodic payments are treated as wages, and, because plan participants taking these payments in retirement may find it easy to calculate what their income will be for the year, they can instead plan for their actual tax bracket, or opt-out of withholding if they prefer. Continue reading...
Technical indicators include moving average lines, trading bands, oscillators, and formations (found here), often presented in combinations. Popular indicators carry proper names. There are thousands of technical indicators, but the most popular ones are the MACD, Bollinger Bands, Stochastic Oscillators, the Directional Movement Indicator and various patterns of price behavior, such as “Head and Shoulder” formations. Continue reading...
A momentum indicator allows for a quick comparison of a security’s current price relative to its past prices using a flexible time period, allowing traders to decide the parameters. The formula to calculate momentum is M = V – Vx (where V is the current price and Vx is the closing price from x number of days ago). A current price in excess of past price is a positive momentum indicator; a lower current price represents negative momentum. Continue reading...
Regular pension payments are periodic distributions. Yes. This will be the default option on pension arrangements, unless companies are trying to settle with pensioners for lump-sum amounts that will lessen the plan’s long term liability. The options for periodic distributions will always be for periods less than or up to a year in length. Periodic distributions can help you sleep better at night, knowing that you have a fixed stream of income for the rest of your life. It may not be enough to sustain your lifestyle completely, but it will give you a sense of financial security and prohibit overspending in a way that the lump-sum distribution does not. Continue reading...
Periodic distributions are one of the main ways that former employees enjoy the benefits of a Cash Balance plan. Yes, you can take periodic distributions from your cash-balance plan. As opposed to the other option (lump-sum distribution), opting for the periodic distribution can help you sleep better at night, knowing that you have a fixed stream of income for the rest of your life. This Life Annuity option is mandated by law to be an option to participants of a cash balance plan. Continue reading...
There is no guaranteed option to make lump-sum distributions from pension plans. You may be able to take a lump-sum distribution, but the option is not always available. Most employers are eager to get another participant (liability) off the books. This kind of settlement is a lot like a debt settlement, in fact, that’s exactly what it is to the plan fund. As long as you are part of the plan, you represent an unknown quantity of liability, because they have to keep paying your benefits, and possibly spousal benefits for as long as either of you shall live. This is an option you may have upon reaching retirement, if the plan offers it to you. Continue reading...
Blockchain technology is already being used and developed for many important and impressive applications, and much more is yet to be discovered. Blockchains use distributed work to obtain consensus for changes to a distributed ledger. Because of their nature, blockchains are incredibly powerful tools that can be used in many realms and applications. They offer security in that they are almost unhackable; any attempted unauthorized changes to the system are immediately obvious to the entire system because it is built on agreement and consensus among its many nodes. Because this structure gives each addition to the ledger, and the record in the ledger, a high degree of integrity and security, future applications of blockchains are being researched in various fields around the world. Continue reading...
The Ethereum platform allows developers to use it as a coding environment and distribution network for applications built on the blockchain. The ability to create distributed applications on a blockchain is a novel idea that has gained a lot of momentum since Ethereum’s release. Developers can write and distribute their applications over the blockchain network, at little to no cost, while removing the necessity of running a website or a large server database because the blockchain satisfies these needs. The code for the application becomes part of the blockchain ledger, and users who wish to use some functionality of the decentralized application, or Ðapp as they are called, will submit requests to the Ethereum blockchain, pay the transaction fees for the distributed network to process the requests, and the network will call on the code of the Ðapp stored in the blockchain and process it using the computing power of the distributed network sometimes called the Ethereum Virtual Machine. Continue reading...
Blockchains use distributed ledgers, which are decentralized and do not rely on centralized databases. Databases are the traditional way to store information and to keep it secure. When companies store information about their customers, or about the business itself, it is usually kept in a database connected to servers that handle requests for the information. The design for such a system tends to look like a wagon wheel: a central hub with numerous spokes connecting it to the outer wheel. Layers of security are heaped onto centralized servers and permit access to various levels of information is given to specific users. Continue reading...
Two words: blockchain technology. Transactions in bitcoin are encoded, packed into a block of other transactions, and all of these are sent out to thousands of computers running blockchain computations, known as hashes. All of these computers are running similar algorithms designed to force honest work and to take time for the computers to complete. The purpose of this step is merely forcing the blockchain to require time, energy, and effort, and to be randomized and decentralized when it is validating transactions. Whichever computer solves it first receives an incentive reward, and the entire blockchain, comprised of all computers running bitcoin client software, then updates the ledger to include the most recent validated transactions. Continue reading...
Ethereum has a Turing-complete platform built into it that allows the blockchain to function like a large distributed computer. The Ethereum Virtual Machine is a part of every Ethereum client software on the blockchain, and it allows the interconnected computers to function as one processor. Distributed computation such as this is not really a new thing, but the fact that it allows all developers in Ethereum to decentralized their projects makes this one of the most revolutionary aspects of the Ethereum platform. Continue reading...
Bitcoin remains a technology and a currency that primarily exists outside of the influence and control of governments and regulated markets. In most places, it is accepted for what it is. In some countries, it is explicitly banned. Bitcoin is technically illegal in a few parts of the world, but for the most part, it remains in the extra-legal realm, existing outside of the traditional legal system and the regulated markets. Bitcoin was created in large part to be difficult to understand and to pin down, to be part of the fringe and underground that could not be controlled by a central authority. It is open-source, so no one owns the rights to the code, and the community of programmers interested in shaping the future of cryptocurrency frequently attempts to make small upgrades and tweaks to blockchain technology in the interest of creating more efficient, more scalable blockchain cryptocurrency. Continue reading...
Blockchains are intended to maintain integrity in the system without anyone needing to monitor or control it. By instituting a system of checks and balances that functions on its own accord through rules programmed into the protocol, and which also makes decisions and keeps records based on consensus throughout a peer-to-peer network, a blockchain oversees its own activities without requiring any trust in a central authority or the other parties involved. Continue reading...