Here is the First Amendment in full:
Congress shall make no law respecting an establishment of religion, or prohibiting the free exercise thereof; or abridging the freedom of speech, or of the press; or the right of the people peaceably to assemble, and to petition the Government for a redress of grievances.
5. How does the First Amendment protect religious liberty?
It protects religious liberty through the establishment clause and the free exercise clause. The establishment clause — “Congress shall make no law respecting an establishment of religion” — provides for separation between church and state. The free exercise clause — “or the free exercise thereof” — means that individuals can hold whatever beliefs they wish on religion or nonreligion and to freely practice those beliefs.
While this is certainly true, it’s not the whole truth. These two clauses certainly explicitly protect religious freedom; all the other clauses, to some extent, implicitly protect religious freedom.
To further discuss this, I’ve parsed the First Amendment into its separate clauses, which I discuss separately. (Note that parsing the First Amendment is a non-trivial exercise and there is at least one other parsing that I considered – if you disagree with my parsing below, I’m most interested in hearing your version.)
Congress shall make no law respecting an establishment of religion
One of the two clauses explicitly protecting religious freedom.
Congress shall make no law prohibiting the free exercise of religion
One of the two clauses explicitly protecting religious freedom.
Congress shall make no law abridging the freedom of speech
Nowadays, when we talk about freedom of speech, we often think of freedom of political speech, but free speech is required for the practice of most religions. Free speech protects the right to preach, to pray aloud, to recite creeds and simply to state one’s religious beliefs.
Congress shall make no law abridging the freedom of the press
Nowadays, when we talk about the press there is almost an implicit assumption that we are talking about the Fourth Estate, that is newspapers and other journals. The framers of the Bill of Rights certainly saw a free press as a protection against tyranny. For example, George Mason in his Master Draft of the Bill of Rights stated “the Freedom of the Press is one of the great Bulwarks of Liberty”.
However the term “press” has a wider meaning, it encompasses the printing press and also applies to any form of publishing establishment.
A free press is required for the printing of religious texts. Restriction of the press has been used to restrict the freedom of religion, and the framers of the Bill of Rights would certainly have been aware of this. For example:
In 16th century England the Tyndale Bible, the first mass produced English translation of the Bible, was banned. Tyndale was arrested by church authorities, tried for heresy, strangled and burnt at the stake.
In 1668, after writing The Sandy Foundation Shaken (a text espousing his Quaker views) William Penn was charged for publication without a license and imprisoned in the Tower of London.
Congress shall make no law abridging the right of the people peaceably to assemble
Nowadays, when we think about the right to assemble, we normally think of political assembly and in particular the right to protest. But we shouldn’t forget that the practice of most religions involves peaceful assembly. Religious persecution has often been carried out by breaking up religious meetings, prosecuting those involved in said meeting, or banning such meetings. For example:
In 1662 John Browne was arrested was arrested on orders of Peter Stuyvesant, Director-General of the colony of New Netherland (now New York) for allowing a Quaker meeting in his house.
In England the Conventicle Act of 1664 forbade religious assemblies of more than five people outside the Church of England.
In 1670 William Penn was arrested, accused of preaching before a gathering in the street. Penn had deliberately provoked the authorities in this way to test the validity of the then new law against assembly.
Congress shall make no law abridging the right to petition the Government for a redress of grievances
What’s this about then? It seems almost unrelated to the other clauses.
In December 1657 by a group of citizens from the town of Flushing (now part of Queens, New York) petitioned Peter Stuyvesant, protesting against his persecution of Quakers. None of the 30 signatories of the petition were Quakers themselves. This petition became known as the
Flushing Remonstrance. Stuyvesant arrested those who presented the document to him, and forced the signatories to recant. Edward Hart, the town clerk, and Tobias Feake, sheriff of Flushing, refused to recant, and spent over a month in prison.
Nowadays we tend to think about the right to petition as a means of achieving political aims and as a means of protecting public participation in government, however petitions have historically been used to protest against religious persecution.
Every single clause of the First Amendment protects religious liberty. Removal of any of these clauses would open the door to a form of religious persecution.
I was recently peripherally involved in Young Rewired State 2010. This was a week long event for young developers aged 15 to 18 and was held across the UK. The idea was simple: the young developers had five days to create an application or website based on a theme that interested them – the only proviso was that it had to use at least one government dataset.
In the Osmosoft offices we hosted a group of seven young developers: Issabell, Daniel, Harry, David, Dylan, Marcus and Sufian. Between them they produced a variety of applications:
Live London Leisure Locator, by Dylan Maryk
CycleHubs, by Daniel May
Un-Named, by Sufian Hassan and Dylan Maryk
GovSpark, by Isabell Long
Psych Survival, Rates by David Goater
UniSearch, by Sufian, David Goater, Harry Burt, Daniel May and Marcus Hughes.
The full list of projects is here.
Of these projects, the one I found most interesting was GovSpark by Isabell Long. A number of government buildings now provide downloadable files of their historical energy use. For example, the Department of Energy and Climate Change’s data is here. Isabell used this data to compare the daytime and nighttime electricity usage of various government buildings. Her investigation showed that many government buildings use substantial amounts of electricity at night – a nighttime electricity consumption rate of 40% of the daytime rate is not atypical. This potentially represents a huge waste – a waste of electricity and also a waste of taxpayers money. Although there may be legitimate reasons why government buildings use so much electricity overnight, I suspect the main reason is that lighting and computers are unnecessarily left on overnight.
I was happy to see that Isabell was awarded the Most likely to antagonise the CIO Council Rewired State Award.
Ofcom sought views on a code of practice called “the Online Copyright Infringement Initial Obligations Code” as outlined in its document Online Infringement of Copyright and the Digital Economy Act 2010. The consultation page is here. The consultation document is here.
Question 3.5: Do you agree with Ofcom’s approach to the application of the 2003 Act to ISPs outside the initial definition of Qualifying ISP? If you favour an alternative approach, can you provide detail and supporting evidence for that approach?
I do not think Ofcom’s position is sufficiently clear to either agree or disagree. Paragraph 3.23 states:
“Where a Wi-Fi network is provided in conjunction with other goods or services to a customer, such as a coffee shop or a hotel, our presumption is that the provider is within the definition of internet service provider.”
However it is not clear what is meant by provider. So for example, consider a Starbuck’s coffee shop which also provides Wi-Fi. Is the provider the individual coffee shop, or is it the entire Starbuck’s chain? Similar questions apply to hotels, libraries, airports and other providers of Wi-Fi access. Even with this issue clarified, it is not at all clear how such providers of Wi-Fi would be expected to count their subscribers, or even how a subscriber could be defined.
Question 3.6: Do you agree with Ofcom’s approach to the application of the Act to subscribers and communications providers? If you favour alternative approaches, can you provide detail and supporting evidence for those approaches?
Paragraph 3.31 states:
“Those who wish to continue to enable others to access their service will need to consider whether take steps to protect their networks against use for infringement, to avoid the consequences that may follow.”
It is entirely unreasonable to expect users to police the use of their networks. Users should not be held to account for the activities of those who use their networks without permission, whether or not that network is protected. If someone steals a tool from my garden shed and uses it to commit a crime I am not liable for that crime, whether or not my garden shed was locked.
Question 4.2: Do you agree with our proposal to use a quality assurance approach to address the accuracy and robustness of evidence gathering? If you believe that an alternative approach would be more appropriate please explain, providing supporting evidence.
The DEA states:
“124E Contents of the Initial Obligations Code
2.26 This sets out what the code underpinning the initial obligations (whether an industry code or Ofcom’s own code) must contain. The code must set out the process by which the initial obligations will operate and the procedures that copyright owners and ISPs must follow in relation to them. It must set out the criteria, evidence and standards of evidence required in a CIR and the required format and content of a notification letter sent to a subscriber. It must not permit any CIR more than 12 months old to be taken into account for the purposes of a notification.”
Note it states that the code “must set out the criteria, evidence and standards of evidence required in a CIR”. The DEA is quite clear here.
Ofcom is not discharging its responsibility to set out the criteria, evidence and standards of evidence.
Ofcom in not even saying that it will agree an industry standard code with ISPs.
Ofcom is saying that copyright owners should provide a Quality Assurance Report detailing the “steps taken to ensure the integrity and accuracy of evidence”.
Ofcom is saying that (paragraph 4.6) “it requires Copyright Owners to develop appropriate technical standards”. This is incredulous: technical standards do not lay within the domain expertise of Copyright Owners. It is much more appropriate for ISPs and Ofcom to develop the technical standards.
Ofcom also says (paragraph 4.4) “we are proposing that a Copyright Owner (or an agent acting on their behalf) should, before submitting their first CIR (and from then on an annual basis), provide Ofcom with a Quality Assurance report”. So not only can the Copyright Owner set their own standards, they don’t have to make these standards available for scrutiny until they submit their first CIR.
Ofcom says (paragraph 4.6) “it is similar to approaches that have been effective in other areas of Ofcom’s remit, e.g. ensuring the accuracy of communications providers’ metering and billing; and interference standards for TV transmission;”. This again is beyond belief, Ofcom is saying that the standard of evidence required for prosecution under the DEA should be similar to the standards required to avoid TV transmission interference. This position is also inconsistent with Ofcom’s position on CIRs. In paragraph 4.3 (in relation to CIRs) Ofcom states: “We believe that this matches the standard of evidence required by the courts in relation to civil proceedings by Copyright Owners for copyright infringement.”
So Ofcom is saying CIRs must meet “standard of evidence required by the courts in relation to civil proceedings”, yet the technical standards only need to meet the level of accuracy required for metering, billing and TV interference.
Does Ofcom not realise that a chain is only as strong as its weakest link? The overall standard of evidence in a chain is only as strong as the weakest piece of evidence in that chain.
Ofcom gives the impression that it regards the setting the criteria for evidence and standards of evidence as purely a technical matter, rather than both a technical and a legal matter. Has Ofcom even taken any legal advice on this?
Question 5.2: Do you agree with our proposal to use a quality assurance approach to address the accuracy and robustness of subscriber identification? If not, please give reasons. If you believe that an alternative approach would be more appropriate please explain, providing supporting evidence.
No. My objections are similar to my objections stated in my answer to question 4.2. In short Ofcom is not meeting its obligations under the DEA. Ofcom must “set out the criteria, evidence and standards of evidence”, it cannot defer this obligation to the ISP.
Question 7.1: Do you agree with Ofcom’s approach to subscriber appeals in the Code? If not, please provide reasons. If you would like to propose an alternative approach, please provide supporting evidence on the benefits of that approach.
Paragraph 7.8 states: “In exceptional circumstances it may be appropriate for oral hearings to occur and the appeals body will therefore be able to order a hearing.”
The subscriber should be able to request a hearing. If this request is denied the appeals body will have to justify why the hearing was denied.
In order to ascertain it there might be some systematic error in the process, subscribers must be able to request a list of all CIRs submitted by all Copyright Owners in relation to that subscriber. This would allow a subscribers to ascertain, for example, if some of the alleged infringements occurred when the subscriber was not at home.
I share the opinion that Field Marshal Lord Bramall, General Lord Ramsbotham, and General Sir Hugh Beach expressed in a letter to the Times: that Britain’s defence needs would be best served by scrapping Trident and using the monies saved to improve Britain’s conventional forces. However, I am realistic enough to accept that this is unlikely to happen in the current parliament, especially given the statement: “The Government is committed to retaining Trident and the programme will be scrutinised for value for money” (see Strategic Defence and Security Review).
First some background on Trident: the Trident Programme is the UK’s nuclear defence programme. It consists of four Vanguard class submarines each of which carries up to 16 Trident D-5 nuclear missiles. Each missile carries 3 warheads and has a range of approximately 7,500 miles (12,000km). The Trident Programme has a 30-year lifespan that is due to end in 2024 (source: BBC Trident missile factfile). The life span of the Trident D-5 missile has been extended to 2030 when it is due to be replaced by the Trident E-6 missile (source: Missilethreat).
The submarine based system was part of the cold war strategy of Mutual Assured Destruction: no nation will lauch a pre-emptive first strike against the UK because the UK will be able to launch a devastating retaliatory strike from its submarines (since at least one of the submarines is always at sea at a hidden location).
The cold war is over. The nuclear threat against the UK is no longer that of a pre-emptive first strike, so a submarine based nuclear deterrent is no longer required.
This suggests a cheaper alternative to the full Trident Programme: move the Trident missiles to land-based silos and scrap the submarines.
There are probably technical difficulties with launching a Trident missile from a land-based silo: the feasibility and cost of a land-based Trident nuclear deterrent needs to be evaluated and compared with the option of replacing the four Vanguard submarines. Both the replacement and subsequent running costs need to be compared. The question of how many land-based missiles are required, and how many warheads each missile carries needs to be addressed (I believe that under arms limitation treaties more warheads are allowed on ICBMs than SLBMs). Currently the UK has a guaranteed launch capability (provided by the one submarine that is always on patrol) of 48 warheads provided by the 16 missiles aboard a Vanguard submarine. A similar capacity could be provided by 12 land-based missiles each carrying 4 warheads, or 10 land-based missiles each carrying 5 warheads, if such configurations are allowed by international treaties.
Moving the Trident missiles to land-based silos provides an effective nuclear deterrent until 2030. At that time there will be an option to replace the Trident D-5 missiles with Trident E-6 missiles. A land-based Trident programme is likely to be more cost-effective than a replacement submarine based programme and deserves serious attention.
I have submitted this suggestion to the HM Treasury Spending Challenge site.
A middle way on Trident, by Shirley Williams.
The Department for Transport has invited responses from stakeholders on the Government’s interim code of practice for the acceptable use of advanced imaging technology (body scanners) in an aviation security environment. The consultation page is here. The consultation document is here.
This document, dated 18th June 2010, contains my response to Department for Transport’s consultation “Code of practice for the acceptable use of advanced imaging technology (body scanners) in an aviation security environment” at http://www.dft.gov.uk/consultations/open/2010-23/. The consultation paper itself is at http://www.dft.gov.uk/consultations/open/2010-23/consultation.pdf
I am commenting as an individual. My name and address is:
Please remove my address from any published form of this document.
The questions posed in the consultation document are fairly narrow in scope, and miss out some important issues related to the deployment of scanners. For completeness I have answered the questions, however it is important to note that the most important part of my response is in the paragraphs before my answers to the questions.
The decision to introduce and roll out body scanners at UK airports was a knee-jerk reaction in response to a single aviation incident. The trouble with such reactions is that they are made quickly and so there is no time to do a proper analysis and give a considered response. The maxim “act in haste, repent at leisure” applies. We’ve just had one of these ill-thought out schemes put on hold: the home secretary, Theresa May, has just scaled back the child worker vetting scheme – a scheme that was hastily concocted after the Soham murders in 2002. Rather than hastily add yet another ad-hoc airport security measure, we should take the time to make a thorough analysis of the threats to air travel and update our airport security measures accordingly. As security expert Bruce Schneier says “there’s been far too little discussion about what worked and what didn’t, and what will and will not make us safer in the future”.
The introduction of airport scanners is just the latest step in a sequence of piecemeal, reactive, retrospective security measures. There was a shoe bomber, so we start to examine people’s shoes; there was a threat of a liquid bomb, so we ban liquids; there was an underpants bomber, so we decide to introduce technology that enables us to examine people’s underwear. Such an approach is doomed to failure, since it will fail to anticipate the next bomber. Schneier calls this “magical thinking”: “If we defend against what the terrorists did last time, we’ll somehow defend against what they do next time. Of course this doesn’t work”. I repeat: what we need is a proper holistic review of airport security. Let’s take time to make a considered, thorough review of the threats and issues involved, and then act on the recommendations of that review.
All security measures are a trade-off. Whether the trade-off is worthwhile depends on a number of factors including the costs (including non-monetary costs such as inconvenience) and efficacy of the security measures, the risks of the security measures failing, and the consequences of a security failure. The consultation document looks at some of the non-monetary costs of airport scanners (for example, privacy invasion, health risks and risks of discrimination), but fails to consider either the efficacy of scanners or their monetary costs. The following two paragraphs look at these issues.
Efficacy. There is anecdotal evidence that airport scanners “don’t do what it says on the tin”. On a German television program a physics professor demonstrated how to get all the ingredients of an explosive device through a scanner, see: http://www.youtube.com/watch?v=nrKvweNugnQ . The “Independent on Sunday” asserts that airport scanners would not have detected the underwear bomber, see “http://www.independent.co.uk/news/uk/home-news/are-planned-airport-scanners-just-a-scam-1856175.html . If scanners don’t actually work reliably, then all the health and safety, privacy, and cost issues are moot – they are simply a waste of money.
Monetary cost. The monetary cost of scanners is important. Not because excessive cost should preclude the use of scanners, but because the question of whether that money could be better spent on other means of security. If airport scanners cost £X million, then the question: “Can we spend £X million on a different security measure that brings more security?” needs to be asked and answered. If the answer is yes, deploying airport scanners actually reduces our security.
The consultation document looks at the issue of privacy, but the analysis is superficial and in some cases erroneous. The following paragraphs look at some of the privacy issues.
The first thing to note about the privacy safeguards is that they reduce security. Paragraph 37 states:
“Security staff viewing images will be separate from, and not be able to identify, the person whose image they are viewing”
Security screening involves a combination of human and technological factors and works best when the two operates in conjunction. For example, when someone is searched, the unconscious signals given off by the person being searched aid the person doing the search. Airport scanners are rendered less effective if the operator cannot identify and observer the person being scanned. For example: “Do they look nervous?”, “Were they fidgeting in the queue?” and so on. By divorcing the human and technological factors in this way the code of practice makes the scanners less effective.
The decision not to offer those selected for scanning an alternative method of screening is flawed from both a privacy and security perspective. Paragraph 23 states: “For many people in society security scanners offer a less intrusive process than a hand search…”. Yes, but not for everybody. For some a hand search is less intrusive, and those who would prefer a hand search should be offered one. Privacy is a personal matter, and offering what the consultation asserts is a minority the alternative of a hand search would enhance privacy without compromising security.
If those who refuse to be scanned are simply not allowed to travel, then a large loophole has been introduced into the scanning process. A bomber can simply go to the airport and hope they aren’t scanned. If they do get selected for scanning then they can just refuse and they will be not allowed to travel – they can go home and try again another day. For this reason, anyone who refuses to be scanned should be searched. If we have compulsory hand search of anyone who refuses to be scanned, they we may as well allow all passengers the choice.
Paragraph 44 states: “The image produced does not show any distinguishing features such as hair or skin tone and it is not possible to recognise people from their facial features”. There are many features that people can be used to recognise people that will show up on the scanner image, for example height. If a queue of people in the airport contains an exceptionally tall or short person, then it will be possible to recognise that person from their image. Similarly if the queue near the scanner includes only one child. If the code of practice requires that an individual is not recognisable from their scanned image, then that requirement cannot consistently be met.
It must be noted that the some of the authority quoted is now outdated. In particular paragraph 19 states: “The Government believes that they[scanners] should be deployed as quickly as possible…” and paragraph 22 states: “The Government believes that this is a proportionate measure to maintain security levels.” The Government changed during the course of the consultation, so these statements may or may not be true.
Question 1: Do you agree with this approach? If not, what changes to the code of practice do you propose?
It is not clear what is meant by “approach”, since no overall approach has been defined, and indeed this is the first use of the word “approach” in the consultation paper. The overall approach to security has been a piecemeal reactive retrospective one. There was a shoe bomber, so we start to examine people’s shoes; there was a threat of a liquid bomb, so we ban liquids; there was an underpants bomber, so we decide to introduce technology that enables us to examine people’s underwear. Such an approach is doomed to failure, since it will fail to anticipate the next bomber.
The approach to airport security needs to be a holistic one. Rather than hastily introduce scanners, we should take a considered approach. We should have an overall review of airport security that looks at all aspects of security. This review should make recommendations about how security should be improved, and we should enact those recommendations.
Question 2: Do you agree that the safeguards outlined in the interim code of practice address all potential privacy concerns? If not, what else should be included?
No. As stated above, for both security and privacy reasons, people who do not wished to be scanned should be allowed to submit to an alternative form of search.
Question 3: Do you agree that the safeguards outlined in the interim code of practice satisfactorily address any potential data protection concerns? If not, what else should be included?
No. Images on the scanning machines may be photographed, so operators of the machines must not be allowed to have cameras or camera-phones on their persons. The issue that people can be identified by distinguishing physical characteristics (such as height) also needs to addressed.
Question 4: Do you agree that the safeguards outlined in the interim code of practice and HPA assessment satisfactorily address any potential health and safety concerns? If not, what further analysis would you wish the Government to undertake?
No. While I am persuaded that, when working correctly, airport scanners probably pose no undue health risk, I don’t think the possibility of malfunction has been sufficiently addressed. I suggest two further safety measures:
i) when a scan is made, a device inside the scanner records the actual level of radiation and displays and records this. This way, if the scanner becomes uncalibrated then it will be immediately apparent, and at most one passenger will be a
ii) Operators of scanners should wear a device that measures their accumulated exposure to radiation, and this is checked on a daily basis. This would help protect from accidental overexposure to radiation caused by, for example, radiation leakage from a scanner. Presumably operators of X-ray machines in airports already wear a similar device that is sensitive to X-rays; this would be a continuation of this practice.
Question 5: Do you agree that requiring airport operators to discuss with the DFT all prospective use of security scanners as outlined in the interim code of practice satisfactorily addresses the requirement for all equipment to undergo a suitable approval process? If not, what else should be included?
No. The requirement to “discuss with the DFT” is hardy a suitable approval process. An approval process should set out clearly the objective criteria for approval, and then should test applications for deployment of scanners against those criteria.
Question 6: Do you agree that requiring security officers operating security scanners to hold government security clearance and to have received training delivered in accordance with a DfT mandated security scanning training module before deployment satisfactorily addresses the issues of vetting and training? If not, what else should be included?
No. The main issue is vetting, not training. People who view scanned images need to be vetted over and above the standard vetting procedures.
Question 7: Do you agree that the requirements for keeping passengers informed outlined in the interim code of practice are sufficient? If not, what else should be included? And what additional means of communication do you suggest the Government or the travel industry should put into place?
Question 8: Do you agree that selection criteria defined in the interim code of practice provide an appropriate safeguard to ensure that passengers are selected for screening on a non-discriminatory basis? If not, how do you suggest passengers should be selected?
Question 9: Do you agree that the guidance provided in the Protocol section of the interim code of practice is satisfactory? If not, what else should be included?
No. The Protocol section states: “the details of the protocol are not published due to the security sensitive content.” Why even bother to ask this question?
Question 10: Are there any other issues that you would like to see the final code of practice consider? If so, what and why?
Yes, as stated above the issue of whether airport scanners actually work must be addressed. What tests have been conducted to show they work? The issue of their cost effectiveness must also be addressed. Are their other security measures that, for the same cost as the scanners, could deliver more security than scanners?
Yes. See preliminary section of my response.
I have missed more than 9000 shots in my career.
I’ve lost almost 300 games.
26 times I’ve been trusted to take the game-winning shot, and missed.
I’ve failed over and over and over again in my life.
And that is why I succeed.
On June 4th, 2010 HM Government released Combined Online Information System (COINS) database, the main database used by HM Treasury budgeting. This is a significant milestone in the opening up of UK government data. The data is available here
This post gives a brief overview of that data, and links to sources that help understand that data. I’ve also done a blog post about a little programming project I did to recreate the government Public Expenditure Statistical Analyses(PESA) reports from the COINS data, see: Using the COINS data to recreate PESA reports
Overview of COINS data
The structure of the COINS data is explained in HM Treasury – Understanding the COINS data
Initially the government released four files in zip format. These unzipped to give:
A Very brief summary of the file structure
The released files contain the COINS data in unicode format, with fields separated by @ and one record on each line. All amounts are in thousands of pounds.
The Treasury maintains data for recorded spending (outturn), forecast spending (estimated outturn for the latest year) and planned spending (up to three years ahead). The COINS data also includes snapshots of the spending data. The Data_type field has values that reflect this, including “Outturn”, “Forecast Outturn ” (eg “Forecast Outturn March”), “Plans” and “Snapshot”.
A clear distinction is made between current and capital spending, based on Generally Accepted Accounting Practice (GAAP). The Resource_Capital field has a value of “Resource” or “Capital” to reflect this.
Departments are given firm three year spending limits called Departmental Expenditure Limits(DELs) within which they prioritise resources and plan ahead. Spending that cannot reasonably be subject to firm multi-year limits, or that relates to certain non-cash transactions, is included in Annually Managed Expenditure(AME). DEL and AME together make up Total Managed Expenditure(TME). The Budget_Boundary field has a value of DEL, AME or Not DEL/AME to reflect this.
Spending is by department. The Department_code field reflects this.
- Where Does My Money Go?
- Where Does My Money Go? – A User Guide to COINS
- Open Knowledge Foundation Blog – The Hunt For COINS
- Open Knowledge Foundation Blog – COINS: A Users Guide
- What Do They Know COINS database schema
- EtherPad – Coins open notepad
- Google spreadsheet of COINS Schema overview:
- Open Knowledge Foundation(okfn) coins python scripts
HM Treasury publish documents that may help to understand COINS and, and how that data may be used and aggregated. These include:
- Public spending planning and control – a brief introduction
- Consolidated Budgeting Guidance
- Classification papers
- Information on the Supply Estimates process at: Financial reporting – Parliamentary Supply Estimates
HM Treasury publishes a number of documents based COINS data. Public Spending Statistics are available here: Statistics on Public Finance and Spending.