Best Contract Guarantees

The informational role of guarantee contracts

179The individual in international law — Aliens — Position of — Respect for property — Expropriation — Foreign-owned timber company — Protected by guarantee contract with overseas private investment corporation — Forestry conservation measures — Whether “expropriatory action” under the guarantee contract — Actions of host government authorities — Whether arbitrary or unreasonable or in violation of international law

In practice, the credit guarantee institutions plan the credit guarantee contract bases on the average success probability or expected revenue without considering the risk level of small and medium-sized enterprise's (SME's) investment projects, which is not fair on SME with different risk. This paper builds a credit guarantee contract model based on the guarantee rate and counter-guarantee measure value. When different risk types of SME accept the same guarantee rate, the counter-guarantee measure value provided by them is equal. When different risk types of SME accept the different guarantee rate, the higher risky SME prefer accepting lower guarantee rate and providing higher counter-guarantee measure value, while, the lower risky SME are just the opposite. Guarantee institute can judge the risk type of SME exactly through SME with different risk selecting guarantee contract, which makes the guarantee contract more scientific and reasonable. This is the paper style requirement for the Chinese Control and Decision Conference.

The determination of the validity of arbitration agreements is fundamentally connected to principles of contract law. Traditional contract law doctrines, such as "party autonomy" and "privity of contract" often serve as pivotal references in this determination process. The introduction of the Draft Amendment to the Arbitration Law of the People's Republic of China, which extends the arbitration agreement in a principal contract to ancillary contracts, is of profound significance. It provides a robust legislative foundation for the expansion of the effectiveness of commercial arbitration agreements and marks a new phase in the development of arbitration in China. This study takes principal and guarantee contracts as a point of departure to delve into the jurisprudential basis for the extension of arbitration agreements from principal contracts to guarantee contracts. By doing so, it aims to offer a comprehensive and nuanced understanding of the essence and scope of arbitration agreements, thereby laying a solid theoretical groundwork for the further development of arbitration.

Annuities are contractual guarantees that promise to provide periodic income over the lifetime(s) of individuals. Standard insurance industry practice assumes independence of lives when valuing annuities where the promise is based on more than one life. This article investigates the use of dependent mortality models to value this type of annuity. We discuss a broad class of parametric models using a bivariate survivorship function called a copula. Using data from a large insurance company, we calculate maximum likelihood estimates to calibrate the model. The estimation results show strong positive dependence between joint lives with real economic significance. Annuity values are reduced by approximately 5 percent when dependent mortality models are used compared to the standard models that assume independence.

In this paper we consider the Infrastructure-as-a-Service (IaaS) cloud model which allows cloud users to run their own virtual machines (VMs) on available cloud computing resources. IaaS gives enterprises the possibility to outsource their process workloads with minimal effort and expense. However, one major problem with existing approaches of cloud leasing, is that the users can only get contractual guarantees regarding the integrity of the offered platforms. The fact that the IaaS user himself or herself cannot verify the providerpromised cloud platform integrity, is a security risk which threatens to prevent the IaaS business in general. In this paper we address this issue and propose a novel secure VM launch protocol using Trusted Computing techniques. This protocol allows the cloud IaaS users to securely bind the VM to a trusted computer configuration such that the clear text VM only will run on a platform that has been booted into a trustworthy state. This capability builds user confidence and can serve as an important enabler for creating trust in public clouds. We evaluate the feasibility of our proposed protocol via a full scale system implementation and perform a system

Precision of manual measurement techniques for metal stack gas emissions

The European Data Protection Directive will transform data protection law. It seeks to protect fundamental rights and freedoms of individuals, particularly with respect to their personal data, whilst breaking down national barriers to the free movement of personal data within the European Community. Reconciling these twin aims has not been easy and a balance has been achieved that should do much to secure individuals’ rights and freedoms without imposing unacceptable burdens on organizations in both the public and private sectors. Major issues dealt with by the Directive include the provision of greater information to data subjects, controls over the processing of sensitive data and automated individual decisions, contractual guarantees from processors and the extension of data protection law to manual records. This article examines the regime of data protection as provided for in the Directive and considers how the Directive is likely to be implemented in the UK.

The facilities at The National Gas Turbine Establishment for direct-connect tests on turbofans and turbojets at conditions simulating flight at altitude are briefly described. The measurements that have to be made to establish performance within the prescribed limits required for contractual guarantees are derived. Techniques are discussed for eliminating the effect of small, but significant, time-variant changes which occur in the quantities being measured due to unsteadiness in instrumentation, engine and test conditions. Methods evolved for ensuring continuing operation of the instrumentation and data gathering system at the required high level of accuracy are outlined. A standardized test procedure (Test Code) for establishing contract guarantee performance at NGTE is discussed with illustrative examples.

Futures exchanges and other financial intermediaries assume counterparty risks and, in return, demand guarantees that these counterparties will deliver on their promises. It is often argued that, to attract volume, financial intermediaries would settle for excessively low contractual guarantees. In Santos and Scheinkman (2001), we model financial intermediation in an environment where traders may choose to default, and we examine the characteristics of the equilibrium. In particular, we investigate whether competition implies excessively low standards. We show that, in fact, when society punishes default and intermediaries can impose collateral requirements effectively to limit the size of positions, competition leads to a (constrained) optimal amount of contractual guarantees. In Santos and Scheinkman (2001) we assume that exchanges cannot control the size of the positions taken by individuals, but we preclude investors from participating in more than one exchange. This ignores the effect that trading with one financial intermediary may have on the risks faced by other intermediaries. Financial intermediaries typically cannot control the amount of risk that counterparties will take with other intermediaries. In this paper we examine the effect of dropping the exclusivity assumption. We show that the constrained optimum can no longer be implemented as a standard Nash equilibrium with free entry. Nonetheless this allocation is the only one that can be sustained as an anticipatory equilibrium (Charles Wilson, 1977). To break a candidate anticipatory equilibrium it must be possible to add a contract that is profitable and that does not become unprofitable when the now unprofitable contracts from the original menu are withdrawn. If one views this requirement as reasonable, nonexclusivity reproduces the outcome that obtains when intermediaries enjoy exclusivity but cannot control the size of positions taken against them by traders. A superficially similar result holds in the insurance model of Richard Arnott and Joseph E. Stiglitz (1993). In that model, the price of insurance is simply the ratio of what the client pays in the favorable state versus what he receives in the adverse state. As a consequence, if insurers cannot control the size of policies, it makes no difference whether a client buys from one or many insurance companies: clients will buy as much as desired at the lowest price. As we will show below, in our model of financial intermediation, agents may want to combine several contracts, and this is precisely the reason why the original equilibrium does not survive as a Nash equilibrium once exclusivity is dropped.

This paper describes the parameters for the acoustic engineering for Troll Phase 1 such as, noise requirements, contractual guarantees, organisation, resources and work structure. Traditional acoustic engineering in a project relies heavily on experience data on equipment and facilities in order to complete simulations. This has been difficult due to the fact that some of the equipment is the largest of its kind and reliable acoustic data has not been available. This has been a particular challenge for the Kollsnes onshore plant engineering where noise limitations are most stringent. If applied at an early stage in project design, acoustic engineering input will help to obviate expensive rework later on such as piping insulation and noise overruns for key equipment. The requirements are laid down in the regulations concerning the workplace and the working environment. In addition, noise pollution is regulated by the State Pollution Control Authority. Contractual requirements on noise have been specified in contracts, and have included noise guarantees. Introduction Proper management of acoustic engineering in development projects ensures product compliance with regulations and specifications. Correct resource management may have the added bonus of major savings on investment. Troll project experience indicates that there are external factors such as contractual requirements and the planning of activities that influence acoustic engineering. Too stringent noise requirements may lead to unnecessarily high cost for the measures taken to comply with them. If noise requirements are established and applied early in the design phase of a project, acoustic engineering will help to reduce the risk of expensive redesign and remedial work later on. The total cost of the noise control measures for the onshore plant have been estimated to $35 000 000. The Troll Onshore Plant at Kollsnes was completed through an EPCM (Engineering, Procurement, Construction and Management) contract where the noise requirements were specified in a guarantee clause. The requirement laid down by the SPCA (State Pollution Control Authority) was a community noise sound pressure level limit of 40dBA. In order to meet a 95% risk confidence margin the design noise level target was set to 34dBA. This limit led to comprehensive noise control measures, including for example an option for inline silencers on the inlet and discharge sides of the 40MW gas export compressors. Initially, only one of the five compressor trains was supplied with silencers. Following a series of field tests it became clear that the effect of transmitted noise from compressors to inlet separators and aftercoolers had been overestimated, and thus concluded that the silencers could be deleted. The experience from compressor and pipe noise attenuation on the onshore plant is of significant importance and can be utilized in process and utility areas on offshore installations. Regulations and Requirements Community noise level limit. The Authority requirements for noise emission from the production plant to the surroundings are covered by SPCA report TA-506 entitled "Requirement Limitations for Noise". These requirements are summarised in table 1. The "limiting value" for design is the requirement of 40dBA between 2200 and 0600 hours, since the local communities contain no hospitals or recreation areas and the nearest house is approximately 1600 metres from the centre of the onshore plant.

This paper discusses differences in the understanding and application of current reliability metrics across engineering disciplines within an aerospace environment. Differences in the interpretation of these metrics by designers, project managers and product support engineers within an organization may compromise the effectiveness of any technical or commercial decision-making that is based upon reliability prediction and field return data analysis. The same concern is true for customer and supplier interfaces with the organization, where reliability requirements and contractual guarantees, such as spares provision, are defined. The main issues appear to be related to an inadequate understanding of reliability requirement objectives. The process of negotiating and agreeing to requirements between a supplier and customer appears to be flawed in many cases by a lack of knowledge regarding the assumptions associated with the chosen metric. Holistic approaches to reliability such as REMM (reliability enhancement methodology & modeling) can provide alternative metrics from those traditionally used in the engineering community. This paper outlines the metrics available from such techniques and compares them with the more commonly used engineering metrics such as removal rate, mean time between failure (MTBF) and mean time between removal (MTBR). In conclusion, without a shared and agreed understanding of the reasons for specific reliability requirements, products may be designed to meet a customer specification without actually meeting the real reliability objectives.

The results of community service in the form of legal counseling in Pandau Jaya Village, Siak Hulu District are as follows: Has increased participants' understanding of the Kafalah contract in the Sharia Economic Law Compilation (KHES). The material presented includes the pillars of the kafalah contract, the terms for the object of the kafalah contract, the types of the kafalah contract, the implementation of the kafalah contract, and the parties who die in the kafalah contract. After delivering the material, participants were asked a number of questions related to the material presented. The distribution of participants' answers after legal counseling can be stated that participants understand the material presented. In general, participants can understand the kafalah contract in KHES. There were 6 (six) questions given, question number 3 about the type of kafalah contract and number 5 about the guarantor who passed away received the highest answers with 84% and 85%. Problems that arise in the form of participant questions are questions about the difference between the kafalah contract and the rahn contract as a guarantee contract and questions about the pillars of the kafalah contract. Kafalah is the equivalent of dhamman, which means guarantee, but in its development, Kafalah is identical to kafalah al-wajhi (personal guarantee, self-guarantee), while dhamman is identical to collateral in the form of goods / assets. This concept is different from akad rahn which means collateral, but collateral from the person in debt. In addition, questions about the pillars of the kafalah contract, the answer refers to Article 22 KHES 335 which states that the pillars of the kafalah contract are the guarantor (Kafil), the guaranteed party (Makful 'Anhu), the indebted party (Makful Lahu), the object (Makful Bihi), and Akad. The kafalah contract in sharia banking activities is used as a form of bank service to guarantee activities or businesses proposed by customers. Guarantee in the form of kafalah can be carried out with the model of asset guarantee (kafalah bi al-mal) and person / institution guarantee (kafalah bi al-nafs). Financially or institutionally, the bank guarantees the party applying for guarantee services.

By autonomous personal guarantee we will understand that contract by which one or more persons (autonomous personal guarantees) oblige themselves to another person (the creditor of the secured claim) to satisfy, at his request, the claim or claims submitted. This definition results from the provisions of art. 1628, para. 3, C. civ: "Autonomous personal guarantee is considered the obligation of the guarantor assumed for the benefit of a creditor, for the purpose of guarantee, in which it is expressly provided or from which it unequivocally follows that it does not depend on the obligation that another person owes the creditor". It follows from the definition that a third person can assume the obligation towards the creditor to guarantee the satisfaction of the creditor's claims contracted by him from the moment of concluding the autonomous guarantee contract. If in the case of suretyship, the guarantor undertakes to guarantee an obligation or obligations of the debtor, or in the case of the comfort letter, the obligation that he will determine the execution of the debtor's obligation, in the case of the autonomous personal guarantee, the guarantor assumes the obligation to satisfy a determined claim of the creditor or to satisfy all the creditor's claims arising during the entire period of validity of the guarantee contract. The personal guarantee can be particular or general.

In accordance with the needs and principles of benefits and goods, muamalah agreements based on sharia principles have been politicized into national law with the enactment of the Law on Sharia Banking. The law has clearly set out about sharia banking activities and procedures for resolving disputes. However, it does not regulate the guarantee law according to sharia principles. From the results of the study, it can be concluded that the collateral position in the muamalah contract must be trustworthy so that no collateral is needed. But in practice Islamic banks often require collateral for property as a condition for financing. This is also confirmed by the National Sharia Board which allows financing with assets (rahn). Because there is no arrangement of guarantee contracts based on sharia principles, the binding of the collateral is carried out using national guarantee law, which is not a guarantee contract based on sharia principles. So that synchronization is needed between muamalah contract and rahn guarantee contract